Fitness components – Star Factory Fitness http://starfactoryfitness.com/ Tue, 20 Sep 2022 05:47:17 +0000 en-US hourly 1 https://wordpress.org/?v=5.9 https://starfactoryfitness.com/wp-content/uploads/2021/11/favicon-3.png Fitness components – Star Factory Fitness http://starfactoryfitness.com/ 32 32 Main elements of the action plan and legislation against UAS https://starfactoryfitness.com/main-elements-of-the-action-plan-and-legislation-against-uas/ Sat, 17 Sep 2022 19:36:55 +0000 https://starfactoryfitness.com/main-elements-of-the-action-plan-and-legislation-against-uas/ The White House has released a long-awaited and much-needed national counter-UAS action plan. Following the announcement of this plan, legislation was introduced in Congress with a bill titled Safeguarding the Homeland from the Threats Posed by Unmanned Aircraft Systems Act. The action plan and bill acknowledges the well-established benefits of drone proliferation, but also expresses […]]]>

The White House has released a long-awaited and much-needed national counter-UAS action plan. Following the announcement of this plan, legislation was introduced in Congress with a bill titled Safeguarding the Homeland from the Threats Posed by Unmanned Aircraft Systems Act.

The action plan and bill acknowledges the well-established benefits of drone proliferation, but also expresses a significantly increased level of concern regarding the simultaneous associated risks of malicious actors weaponizing unmanned aircraft systems (UAS) commercial. The strategic goal is to preserve the expansion of positive UAS activity while protecting the airspace by filling notable gaps in current laws and policies with new ground rules.
Although both the plan and the bill are quite detailed, comprehensive, and multifaceted, there are a few basic elements that are central to both and deserve particular attention.

In particular, the policy recognizes the importance of decentralization and extension of authority to maximize UAS detection capability; in this respect, characterization accuracy deserves no less priority, in order to minimize the risk of UAS misidentification. With respect to the critical area of ​​mitigation, the plan and legislation appropriately reflect federal caution regarding mitigation technology that could carry potential hazards, such as operational disruptions or collateral damage. With these security considerations in mind, plans are beginning to encourage the adoption of appropriate technologies for more advanced mitigation options designed to address these security concerns and any movement towards such innovation should be encouraged and expanded.

Extension of Detection: Decentralization and extension of UAS detection authority to state, local, territorial, tribal (SLTT) and critical infrastructure levels
SLTT law enforcement agencies are responsible for providing security in many environments, use cases and scenarios where drones pose a tangible threat, including highly populated mega-events such as concerts, league games, marathons and political rallies, as well as at venues such as local government buildings and other facilities.

The ease of access and low cost of commercial drones make them readily available to malicious or negligent actors to wreak havoc at events, damage facilities, and harm local people. Drones can also be used to surveil law enforcement, attack local authorities, and even target high-ranking law enforcement officials or other figures. Local first responders in dangerous situations could be targeted in a terrorist attack via drones. Malicious actors can use drones to prevent first responders from helping victims or otherwise handling the situation.

In these situations, SLTT law enforcement may often be the only resource available to deal with and prepare for such incidents.

Granting UAS detection authority to these jurisdictions at the local level represents a major step forward in expanding the coverage and scope of security activities against rogue drones. The number, locations and resources of local law enforcement using C-UAS detection technology would result in a massive increase in forces ready to deal with these threats and strengthen the nation’s preparedness and responsiveness to the rapid increase in incidents and attacks.
That said, extending detection authority alone will not completely solve the problem unless some degree of corresponding mitigation authority is also extended, which indicates the next major pillar of the plan.

Mitigation Expansion: Federal Pilot Program for Expansion of C-UAS Mitigation Activity at the SLTT Level
Extending detection capabilities alone will have limited benefit without also extending complementary mitigation authority. The reasons for extending detection capabilities to SLTT also apply to mitigation. Ideally, the proposed mitigation pilot programs will have clear performance indicators and success factors such that if these objectives are met, the localized and extended mitigation authority will become permanent and expand its scope, depending on the risk.

Technology: list authorized detection equipment that avoids operations or communications
airspace disruption
It is essential to shine a light on C-UAS solutions and promote counter-drone technology, ideally in such a way as to help the country to progress and overcome the shortcomings of legacy detection technologies, and to encourage innovation by putting emphasis on security, control and continuity. Encouraging the trial and adoption of new smart technologies, beyond traditional jamming and kinetic equipment, will help avoid the associated risks of communications disruption and collateral damage. The stated need to avoid or minimize negative impact on the communications spectrum and the National Airspace System (NAS) is critical, and this exercise should also point to next-generation approaches that overcome these legacy limitations. . Traditional UAS detection technologies have worked well in some environments and have a role to play in layered defense, but also have drawbacks in sensitive and urban environments.

Radar, for example, is known to often have a problem with false positives, as it can misidentify a bird or other flying objects like a drone. Optical solutions are ineffective without a clear line of sight, which is often the case in cities or hilly or mountainous terrain. Acoustic solutions are ineffective in noisy environments or with increasingly quieter drones. Recommended technology guidance should highlight and emphasize detection technologies that provide fast, accurate detections with no false positives and no line-of-sight limitation or noise constraint required.

More importantly, this technology licensing and listing exercise should cover mitigation technologies in addition to detection technologies, for obvious reasons. As with detection, legacy mitigation technologies also have major shortcomings and limitations in today’s sensitive and urban environments when faced with hostile drones.

Notably, one of the most common techniques, various forms of jamming, is only temporary, meaning the hostile drone pilot can regain control after the jamming stops. In addition, and to the points raised on the Plan and in the Bill, interference can disrupt communications and airspace operations.

The other alternative, multiple forms of kinetic solutions, all of which involve the physical firing of some form of projectile, are very risky in crowded situations and can cause severe collateral damage, either by the projectile falling or by the downed drone.

An authorized C-UAS Mitigation technology program could foster next-generation C-UAS technologies, including intelligent and cyber-centric technologies that can disconnect, seize and gain control of hostile drones, reprogram them to follow a safe route to a safe landing, and allow full continuity, without disruption of operations or communications, and which avoid the risk of collateral damage.

Critical Infrastructure: Enable and oversee placement of C-UAS mitigation equipment at critical points
infrastructure works
The focus on protecting critical infrastructure from hostile drones is encouraging and timely. The world has witnessed the devastation caused by drone strikes on critical installations such as oil installations, power stations, ports and harbours. The urgency around this step is evident given the essential role of these infrastructure sites combined with the fact that they often contain storage for hazardous and potentially explosive chemicals and substances.

Authorizing the placement of C-UAS mitigation equipment for use by authorized Federal Security Agency personnel, or potentially newly authorized SLTT personnel, would be another step toward greater protection and coverage of the homeland against hostile drones. This could be a first step towards eventually providing site security personnel with similar or defined allowances with appropriate qualification, training and approvals.

In this environment and use case, it is imperative that detection and mitigation equipment is based on the latest technology with an emphasis on security, control and continuity, avoiding any risk operational disruption or collateral damage to critical infrastructure.

Incident Tracking: UAS Incident Database
Incident tracking databases can make a major contribution to a better understanding of the nature, changes and trends occurring in the ever-evolving drone threat. These databases should track not only the obvious data such as dates and locations, but also sectors, use cases, nature of the incident (attack, near miss, etc.) and, if possible , the actual make and model of the drone.

Conclusion – A Solid Foundation for National C-UAS Protection
The UAS Action Plan and recently introduced legislation include many relevant and timely measures and mechanisms to address the growing danger of rogue drones. These components show promise in their ability to bring the country’s C-UAS readiness to the next level of heightened urgency with more systematic and comprehensive defense.

Decentralization and extension of drone detection and mitigation authority to more local levels; support for next-generation technologies that specifically address the issue in a way that emphasizes security, control and continuity; the emphasis on critical infrastructure protection; and comprehensive incident tracking are all steps that need to be adopted quickly and applied as broadly as possible to maximize the value of risk reduction and achieve the broadest possible homeland protection coverage. In all of these stages, careful consideration should be given to expanding mitigation opportunities to the same degree that detection responsibilities will increase, so that the full incident life cycle is covered for the most results. safest possible.

The UAS Action Plan and the Homeland Safeguarding Against Unmanned Aircraft System Threats Act provide many urgently needed countermeasures to address the growing danger of hostile drones. These steps promise to bring the country’s C-UAS readiness to the next level of heightened urgency and provide a more robust, systematic and comprehensive defense. Strengthening and expanding these authorities and plans for both detection and mitigation will allow the new drone society and economy to thrive, while protecting the homeland from the growing risks of rogue drones.

Author: Jeffrey Star
Marketing Director, D-Fend Solutions
[email protected]


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From pet ear tags to ‘Gaganyaan’ components, the small Bengaluru company is making its mark https://starfactoryfitness.com/from-pet-ear-tags-to-gaganyaan-components-the-small-bengaluru-company-is-making-its-mark/ Fri, 16 Sep 2022 10:44:35 +0000 https://starfactoryfitness.com/from-pet-ear-tags-to-gaganyaan-components-the-small-bengaluru-company-is-making-its-mark/ From producing animal ear tags to supplying components for key ISRO projects like ‘Gaganyaan’, a small Bangalore company ‘Pushpak Aerospace and Defence’ is quietly making its mark. Remarkably, it was launched 30 years ago with zero capital by founder CS Prakash. “I had less than Rs 100 when I started this business. Now this Rs […]]]>

From producing animal ear tags to supplying components for key ISRO projects like ‘Gaganyaan’, a small Bangalore company ‘Pushpak Aerospace and Defence’ is quietly making its mark. Remarkably, it was launched 30 years ago with zero capital by founder CS Prakash.

“I had less than Rs 100 when I started this business. Now this Rs 30 crore business is part of nation building projects like ‘Chandrayaan’, ‘Mangalyaan’, ‘Gaganyaan’ (flying mission human space) and “Astrosat” (all ISRO projects),” Prakash told PTI on Friday.

Additionally, the company produces ear tags for cows and also supplies components to the Defense Research and Development Organization (DRDO), he said. Prakash is exhibiting his company’s products at the ongoing India Manufacturing Show-2022, the three-day event hosted by the Laghu Udyog Bharati-Karnataka and IMS Foundation at the Bangalore International Exhibition Center (BIEC) near Tumakuru Road.

According to him, the Bengaluru-based company has become one of the leading companies in designing, manufacturing and supplying aerospace components, services and solutions to its customers. The company with a team of almost 100 people offers products for several segments. “There are other things we do despite being a small company. The company has achieved ‘NADCAP’, the highest aerospace industry certification in the world, and ‘AS9100D’, a said Prakash.

The company counts Indian Space Research Organization, Hindustan Aeronautics Limited, Bharat Earth Movers Limited and Bharat Heavy Electricals Limited among its clients.

Another company that caught the eye of exhibition visitors is Optica. Co-founded in 1985 by Dr Rajendra Kotaria, the Bengaluru-based company manufactures precision optics, IR optics, ultra-precise diamond-turned optics, polymer optics, optical systems and assemblies supporting organizations and industries research and academics. Hitech Healthcare, a manufacturer of exercise equipment and massagers, is also among the companies that showcased its products at the expo.

According to the event organizers, more than 400 exhibitors, 20,000 trade commissioners and 150 experts are attending from inside and outside the country, including HAL. “Separate state pavilions have also been set up, all working under the ‘Make in India’ initiative. The immediate target is to achieve at least 30-40% indigenization component in the aerospace and defense,” they said in a statement.


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From animal ear tags to ‘Gaganyaan’ components, here’s how small Bengaluru company ‘Pushpak’ managed to stand out: Newsdrum https://starfactoryfitness.com/from-animal-ear-tags-to-gaganyaan-components-heres-how-small-bengaluru-company-pushpak-managed-to-stand-out-newsdrum/ Fri, 16 Sep 2022 10:39:00 +0000 https://starfactoryfitness.com/from-animal-ear-tags-to-gaganyaan-components-heres-how-small-bengaluru-company-pushpak-managed-to-stand-out-newsdrum/ Bangalore: From producing animal ear tags to supplying components for key ISRO projects like ‘Gaganyaan’, a small Bangalore company ‘Pushpak Aerospace and Defence’ is quietly making its mark. Remarkably, it was launched 30 years ago with zero capital by founder CS Prakash. “I had less than Rs 100 when I started this business. Now this […]]]>

Bangalore: From producing animal ear tags to supplying components for key ISRO projects like ‘Gaganyaan’, a small Bangalore company ‘Pushpak Aerospace and Defence’ is quietly making its mark.

Remarkably, it was launched 30 years ago with zero capital by founder CS Prakash.

“I had less than Rs 100 when I started this business. Now this Rs 30 crore business is part of nation building projects like ‘Chandrayaan’, ‘Mangalyaan’, ‘Gaganyaan’ (space flight mission human) and ‘Astrosat’ (all ISRO projects),” Prakash told PTI on Friday.

Additionally, the company produces ear tags for cows and also supplies components to the Defense Research and Development Organization (DRDO), he said.

Prakash is exhibiting his company’s products at the ongoing India Manufacturing Show-2022, the three-day event hosted by the Laghu Udyog Bharati-Karnataka and IMS Foundation at the Bangalore International Exhibition Center (BIEC) near Tumakuru Road.

According to him, the Bengaluru-based company has become one of the leading companies in designing, manufacturing and supplying aerospace components, services and solutions to its customers.

The company with a team of almost 100 people offers products for several segments.

“There are other things we do despite being a small company. The company has achieved ‘NADCAP’, the highest aerospace industry certification in the world, and ‘AS9100D’, a said Prakash.

The company counts Indian Space Research Organization, Hindustan Aeronautics Limited, Bharat Earth Movers Limited and Bharat Heavy Electricals Limited among its clients.

Another company that caught the eye of exhibition visitors is Optica.

Co-founded in 1985 by Dr Rajendra Kotaria, the Bengaluru-based company manufactures precision optics, IR optics, ultra precision diamond turned optics, polymer optics, optical systems and assemblies to support organizations and research and academic industries.

Hitech Healthcare, a manufacturer of exercise equipment and massagers, is also among the companies that showcased its products at the expo.

According to the event organizers, more than 400 exhibitors, 20,000 trade commissioners and 150 experts are attending from inside and outside the country, including HAL.

“Separate state pavilions have also been set up, all working under the ‘Make in India’ initiative. The immediate target is to achieve at least 30-40% indigenization component in the aerospace and defense,” they said in a statement.


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gaganyaan: From animal ear tags to ‘gaganyaan’ components, a small Bengaluru company is making its mark https://starfactoryfitness.com/gaganyaan-from-animal-ear-tags-to-gaganyaan-components-a-small-bengaluru-company-is-making-its-mark/ Fri, 16 Sep 2022 10:08:00 +0000 https://starfactoryfitness.com/gaganyaan-from-animal-ear-tags-to-gaganyaan-components-a-small-bengaluru-company-is-making-its-mark/ From producing animal ear tags to supplying components for key ISRO projects like ‘Gaganyaan’, a small Bangalore company ‘Pushpak Aerospace and Defence’ is quietly making its mark. Remarkably, it was launched 30 years ago with zero capital by founder CS Prakash. “I had less than Rs 100 when I started this business. Now this Rs […]]]>


From producing animal ear tags to supplying components for key ISRO projects like ‘Gaganyaan’, a small Bangalore company ‘Pushpak Aerospace and Defence’ is quietly making its mark. Remarkably, it was launched 30 years ago with zero capital by founder CS Prakash.

“I had less than Rs 100 when I started this business. Now this Rs 30 crore business is part of nation building projects like ‘Chandrayaan’, ‘Mangalyaan’, ‘Gaganyaan’ (space flight mission human) and ‘Astrosat’ (all ISRO projects),” Prakash told PTI on Friday.

Additionally, the company produces ear tags for cows and also supplies components to the Defense Research and Development Organization (DRDO), he said.

Prakash is exhibiting his company’s products at the ongoing India Manufacturing Show-2022, the three-day event hosted by the Laghu Udyog Bharati-Karnataka and IMS Foundation at the Bangalore International Exhibition Center (BIEC) near Tumakuru Road.

According to him, the Bengaluru-based company has become one of the leading companies in designing, manufacturing and supplying aerospace components, services and solutions to its customers.

The company with a team of almost 100 people offers products for several segments.

“There are other things we do despite being a small company. The company has achieved ‘NADCAP’, the highest aerospace industry certification in the world, and ‘AS9100D’, a said Prakash.

The company counts Indian Space Research Organization, Hindustan Aeronautics Limited, Bharat Earth Movers Limited and Bharat Heavy Electricals Limited among its clients.

Another company that caught the eye of exhibition visitors is Optica.

Co-founded in 1985 by Dr Rajendra Kotaria, the Bengaluru-based company manufactures precision optics, IR optics, ultra precision diamond turned optics, polymer optics, optical systems and assemblies to support organizations and research and academic industries.

Hitech Healthcare, a manufacturer of exercise equipment and massagers, is also among the companies that showcased its products at the expo.

According to the event organizers, more than 400 exhibitors, 20,000 trade commissioners and 150 experts are attending from inside and outside the country, including HAL.

“Separate state pavilions have also been set up, all working under the ‘Make in India’ initiative. The immediate target is to achieve at least 30-40% indigenization component in the aerospace and defense,” they said in a statement.


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Tropomyosin micelles are the main components contributing to the white color of boiled shellfish soups https://starfactoryfitness.com/tropomyosin-micelles-are-the-main-components-contributing-to-the-white-color-of-boiled-shellfish-soups/ Fri, 09 Sep 2022 19:39:34 +0000 https://starfactoryfitness.com/tropomyosin-micelles-are-the-main-components-contributing-to-the-white-color-of-boiled-shellfish-soups/ The materials used manila clam (C. japonica), blood clams (Anadara bringonii), Asiatic clam (Meretrix lusoria), small Japanese neck (Ruditapes philippinarum), Japanese oysters (Crassostrea nippona), clam (mercenaria mercenaria), Japanese scallop (Mizuhopecten yessoensis), Mediterranean mussel (Mytilus galloprovincialis), banana shrimp (Fenneropenaeus merguiensis) and snow crab (Chionoecetes opilio) were obtained from a supermarket in Shimane Prefecture, Matsue City. Cloudy […]]]>

The materials used

manila clam (C. japonica), blood clams (Anadara bringonii), Asiatic clam (Meretrix lusoria), small Japanese neck (Ruditapes philippinarum), Japanese oysters (Crassostrea nippona), clam (mercenaria mercenaria), Japanese scallop (Mizuhopecten yessoensis), Mediterranean mussel (Mytilus galloprovincialis), banana shrimp (Fenneropenaeus merguiensis) and snow crab (Chionoecetes opilio) were obtained from a supermarket in Shimane Prefecture, Matsue City.

Cloudy liquid formation

To study the optimal extraction temperature, 100 g of the clam samples placed in 200 ml of water were heated at 30, 50, 60, 70, 80 and 90°C for 30 min. To study the optimal cooking time, 100 g of the clam samples placed in 200 ml of water were boiled for 0, 1, 2, 3, 4 and 5 min. To study the optimal number of clams needed to obtain the highest degree of cloudiness in the soup, 12.5, 25, 50, 100 and 166 g of clam samples were placed in 100 ml of boiling water for 3 min. . Treated samples were filtered using filter paper (Qualitative Filter Papers No. 2; Advantec, Tokyo, Japan) and centrifuged at 8000×g for 10 min at 4°C.

Ultrafiltration

Processed samples were subjected to ultrafiltration using an Amicon Pro purification system with a cut-off of 100 kDa (Merck Millipore, Tokyo, Japan) during centrifugation at 8000×g for 90 min at 4°C.

Ninhydrin reaction

Equal volumes of 1% ninhydrin solution (Fujifilm Wako Pure Chemical, Osaka, Japan) were added to the obtained treated samples, heated in a boiling water bath for 10 min and then allowed to cool to 25°C. Color formation was examined.

Precipitation of trichloroacetic acid (TCA)

Sample and 20% TCA were mixed in equal amounts, vortexed, placed on ice for 10 min and centrifuged at 10,000xg for 10 min at 4°C.

Tyndall effect

A laser pointer (635 nm, 200-LPP029; Sanwa Supply Inc., Okayama, Japan) was used to observe the Tyndall effect.

Electron microscopy

The boiled soup was stained using a negative staining method. Briefly, a drop of the soup was placed on a microgrid covered with a carbon support film and hydrophilized by ion sputtering. The microgrid was allowed to absorb the sample for 10 min; then a 2% uranyl acetate solution was added on the microgrid and excess solution was removed using filter paper. The microgrid was air-dried and imaged using a transmission electron microscope (EM-002B; TOPCON Co., Ltd., Tokyo, Japan) at an accelerating voltage of 80 kV.

Sodium dodecyl sulfate polyacrylamide gel electrophoresis (SDS-PAGE) and enzymatic proteolysis

Protein concentrations were measured using Bradford’s method, with bovine serum albumin (Fujifilm Wako Pure Chemical, Osaka, Japan) used as a standard. Proteins (5 µg) were separated on a 10% (w/w) polyacrylamide gel at a constant current of 25 mA/gel and stained for 60 min with Coomassie Brilliant Blue R-250 (Fujifilm Wako Pure Chemical) and an acetic acid solution for 60 min. Depending on the volume of the gel pieces, 2-5 µL of trypsin (50 ng/µL) (Promega Madison, WI, USA) was added for protein digestion at 37°C for 16 h.

Matrix-assisted laser desorption/ionization-time-of-flight tandem mass spectrometry (MALDI-TOF–MS/MS)

Trypsin digested samples were diluted 1:5 in 0.1% trifluoroacetic acid (TFA) dissolved in water. The reaction mixture was then loaded onto C18 pipette tips (ZipTip; Millipore, USA) and passed 10 times. The reaction mixture was then washed with 0.1% TFA in water, and the peptide fractions were eluted with 50% acetonitrile solution. The eluted fractions were then mixed with α-cyano-4-hydroxycinnamic acid (Fujifilm Wako Pure Chemical) in 60% (v/v) acetonitrile and 1% (v/v) TFA, and applied to a mass spectrometry (MS) target. plate. MS data was obtained using a 5800 MALDI-TOF/TOF Analyzer (ABSciex, Concord, Canada) according to the manufacturer’s instructions. A monoisotopic precursor for MS/MS was interpreted via automatic precursor selection using the DynamicExit algorithm (AB Sciex). MS/MS data were analyzed using ProteinPilot™ software (version 3.0) and the Paragon Protein Database (AB Sciex) search algorithm. Each MS/MS spectrum was searched using the database built by AB Sciex.

Absorption spectroscopy

The ultraviolet-visible absorption spectrum was obtained in the 200-300 nm range using a NanoDrop 1000 spectrophotometer (Thermo Fisher Scientific, Cleveland, OH, USA).

Element Estimation Using Inductively Coupled Plasma (ICP)-MS Analysis

The boiled soup was filtered through a 100 kDa ultrafiltration spin column and precipitated using TCA; the pellet was treated with nitric acid and then analyzed by ICP-MS. The concentration of S, Na, Mn, Ti, As, Fe, Ni, Cu, Li, Mg, Al, Si, P, K, Ca, Co, Zn, Rb and Cs was determined by ICP-MS (8800 Triple Quadrupole ICP-MS; Agilent, CA, USA), following the manufacturer’s instructions.

Analysis of fatty acids by gas chromatography-mass spectrometry (GC–MS)

The fatty acids in the soup were extracted using chloroform. All fatty acids were derivatized into volatile methyl esters using esterification kits (Nacalai Tesque Inc.), following the manufacturer’s instructions. Gas chromatography analysis of methylated fatty acids was performed on a Shimadzu QP2010 quadrupole gas-mass spectrometry (GC-MS) instrument equipped with a carbowax capillary column (30 m × 0.25 mm ID; 0.25 mm film thickness) (intercut DB5MS; Agilent Technologies, CA, USA).

Isolation of the gene encoding tropomyosin from C. japonica

Total RNA was extracted from C. japonica using ISOSPIN Plant RNA Kit (Nippon Gene, Tokyo, Japan) and digested with DNase I (NipponGene Co., Ltd., Tokyo, Japan) according to manufacturer’s instructions. A 3 μg aliquot of total RNA was used to synthesize single-stranded cDNA using ReverTra Ace qPCR RT Master Mix (Toyobo Co., Ltd., Osaka, Japan) according to the manufacturer’s instructions. For PCR amplification, the cDNA was denatured at 98°C for 3 min in the first cycle and then for 10 s in subsequent cycles. Primer annealing and template extension were performed at 55°C for 5 s and 72°C for 10 s, respectively. Thirty cycles of PCR were carried out using the following oligonucleotide primers: 5′-GCCATCAAGAAGAAGATGCAGGCCAATGG-3′ and 5′-CCAGCCAATTCAGCAAA-3′. PCR products were fractionated on a 1% (w/v) agarose gel and DNA fragments from agarose gel slices were purified using a DNA fragment purification kit. DNA (MagExtractor, Toyobo Co., Ltd.). Purified reverse transcription-polymerase chain reaction (RT-PCR) products were directly sequenced using the BigDye ver 3.1 Termination Kit (Applied Biosystems, Foster City, CA, USA).

Construction of recombinant tropomyosin in Escherichia coli

The C. japonica The tropomyosin gene was amplified by PCR using appropriate primers (5′-CATCATCATCATCATATGGATGCCATCAAGAAGAA-3′ and 5′-TATCTAGACTGCAGGTTAATACCCAGCCAATTCAG-3′). Amplicons were cloned into the pColdII expression vector to create pColdIItropomyosin with a His-tag using In-fusion® Snap Assembly Master Mix (Takara Bio Inc., Shiga, Japan) according to manufacturer’s instructions. The construct was sequenced for confirmation and then transformed into E.coli BL21 (DE3) cells for His production6-tagged (N-terminal) C. japonica tropomyosin.

Purification of recombinant proteins

Transformants were grown at 37°C in Luria-Bertani medium containing ampicillin (50 µg/L) (Fujifilm Wako Pure Chemical) to OD600 was about 0.5. Then, the temperature was lowered to 15°C to induce cold shock promoters, and incubation was continued for 24 h. Cells were harvested by centrifugation (6000×g, 10 min, 4 °C) and suspended in 1 ml protein extraction reagent (Integral Co., Tokushima, Japan). A microliter of 1000 U/mL of recombinant DNase I (Takara Bio Inc. Shiga, Japan) and 0.2 mg/mL of lysozyme (Fujifilm Wako Pure Chemical) were added to each sample and incubated for 15 min at room temperature. Then, the samples were centrifuged (13,000×g20 min, 4 °C) and recombinant proteins were isolated using the His-Spin Protein Mini-Prep Kit (Zymo Research Co., Irvine, CA, USA), following the manufacturer’s instructions.

Elemental analysis of tropomyosin by ICP-MS

The boiled soup was purified using an Amicon Pro purification system with a cutoff of 100 kDa (Merck Millipore. MA, USA). Samples were collected after TCA precipitation. Then nitric acid was added to the pellet and the mixture was incubated at 100°C for 12 h. The degraded product was suspended in 0.1 N nitric acid solution and analyzed by ICP-MS (8800 Triple Quadrupole ICP-MS; Agilent, CA, USA).

Amino acid composition of all human proteins

Amino acid sequence data of all human proteins were downloaded from Uniprot (https://ftp.uniprot.org/pub/databases/uniprot/current_release/knowledgebase/reference_proteomes/Eukaryota/UP000005640/UP000005640_9606. fasta.gz). Only canonical entries were used for the following analysis. Amino acid composition was calculated using the Perl script (https://www.nntp.perl.org/group/perl.beginners/2010/12/msg114941.html) with slight modification (Supplementary Data 1 ).


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Controversial elements of the Fisheries Bill must be considered separately https://starfactoryfitness.com/controversial-elements-of-the-fisheries-bill-must-be-considered-separately/ Thu, 08 Sep 2022 17:00:00 +0000 https://starfactoryfitness.com/controversial-elements-of-the-fisheries-bill-must-be-considered-separately/ ANDY MACDONALD / TRICKS The first cameras in the national deployment on commercial fishing vessels are expected to begin transmitting in November. (File photo). Sam Woolford is a team leader for LegaSea, a non-profit organization “dedicated to restoring the abundance, biodiversity and health of New Zealand’s marine environment”. OPINION: In 1989, Fisheries Minister Colin Moyle, […]]]>
The first cameras in the national deployment on commercial fishing vessels are expected to begin transmitting in November.  (File photo).

ANDY MACDONALD / TRICKS

The first cameras in the national deployment on commercial fishing vessels are expected to begin transmitting in November. (File photo).

Sam Woolford is a team leader for LegaSea, a non-profit organization “dedicated to restoring the abundance, biodiversity and health of New Zealand’s marine environment”.

OPINION: In 1989, Fisheries Minister Colin Moyle, the father of the current fisheries management framework, made what is now called the Moyle Promise.

“The Government’s position is clear, where a fish species is not abundant enough to support both commercial and non-commercial fishing, preference will be given to non-commercial fishing. This position reflects the government’s determination to ensure that all New Zealanders can enjoy and benefit from our fisheries.

Since 1996, legislation has allowed the Minister of Fisheries to use this approach to prevent overfishing and preserve the ability of all Kiwis to catch their own kai.

Next week, the government is expected to publish the latest version of a bill to change the law which is currently expected to abandon Moyle’s promise and affect more than 600,000 fishermen.

READ MORE:
* Better coastal camera strategy with AI is needed, according to fishing industry
* Snapper catch rules eased after more than 15 years
* “Destructive” fishing practices responsible for the decline of tarakihi fishing
* Nash coy on fishing changes, after report calls for major overhaul

On the face of it, the Fisheries Bill is supposed to allow for the deployment of cameras on fishing vessels.

But perhaps a hidden camera should focus on Fisheries New Zealand, which has crafted a proposed law change that is full of hidden hooks.

This sleazy bill contains underhanded clauses that have nothing to do with installing cameras and everything to do with weakening fish sustainability protections and sinking the rights of recreational fishers and customary Maori fishers. .

The proposed law change does this by introducing predefined decision rules to remove New Zealand’s own fisheries minister as the final decision maker and guardian of non-commercial fishing.

KELLY HODEL/STUFF

Ōpito Bay is a special place, with a noticeable drop in scallop numbers, a voluntary scallop harvest ban is in place to protect the resource for future generations.

Under these rules, Fisheries New Zealand would be able to make harvesting decisions using unknown criteria that have not even been revealed yet.

Changing the law would also end public comment on how much fish is allowed to be caught each year.

Denying public participation and removing ministerial oversight weakens the sustainability controls available under current legislation.

The proposed amendment to the Act allows for this by raising the commercial fishing allocation from the TACC (total allowable commercial catch, which is the balance after recreational fishers and Maori customary allocations are granted) to a share of the TAC (the total authorized catch – public fishing).

Removing a C from the law has far-reaching effects on hundreds of thousands of people.

The non-commercial interests (customary and recreational Maori) would be reduced to a fixed portion which would increase or decrease with the same time and rate as the commercial portion. This is a proportional distribution.

Currently, the Minister of Fisheries has a legal obligation to manage fish stocks to a level that meets the needs of future generations. The Minister is also required to take into account all available information, mitigate any impact on the environment and set aside sufficient fish to account for mortality associated with fishing, including Maori customary and public interests, before to allocate the balance as the Total Allowable Commercial Catch (TACC).

Fisheries Minister David Parker is currently still able to

ROBERT KITCHIN/Stuff

Fisheries Minister David Parker is currently still in a position to “take a series of conservative decisions to save marine life”, writes Sam Woolford.

Several court decisions have confirmed this. The 2009 Supreme Court decision that reiterated the minister as Moyle’s promise keeper, using his decision-making powers, stood out. It came after a years-long battle by recreational fishermen who fought to save the once-abundant kahawai, fished at only 20% of its historic population – caused by the use of spotter planes and purse seines designed to catch tons at a time.

It is this three-legged stool of the public bidding process, the separation of commercial and non-commercial allocations, and ministerial discretion that still allow current Fisheries Minister David Parker to make a series of conservative decisions to save marine life. .

For example, it took 40 years for snapper populations on the West Coast of the North Island to return from fishing to only 7% of historical population levels. Nearly 10,000 people have used the current bidding process to help the minister exercise his powers to keep tight control over catch limits to ensure the recovery is sustainable.

Sam Woolford says the most controversial clauses of the Fisheries Bill should be separated from the

Provided

Sam Woolford says the most controversial clauses of the Fisheries Bill should be separated from “widely consulted amendments that allow cameras on boats”, to allow for proper consultation.

Last year, after thousands of submissions highlighted the plight of scallops that were nearly wiped out of New Zealand waters, the minister stepped in to shut them down and save them.

In the case of the Fisheries Bill, most of the thousands of people who oppose it believe that fish are common property and environmentally fragile, like water, and that the priority of the Minister must be to act in the public interest.

They urge the minister to split the proposed bill, to focus on implementing the widely anticipated and widely consulted changes that allow cameras on boats.

The more controversial clauses of the bill should be dealt with later so that adequate consultation can take place, both to ensure that their true impacts are widely understood and to ensure that the sustainability of fish populations is not compromised.


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Tech FAQ: 12 Speed ​​Component Compatibility https://starfactoryfitness.com/tech-faq-12-speed-component-compatibility/ Tue, 06 Sep 2022 19:22:58 +0000 https://starfactoryfitness.com/tech-faq-12-speed-component-compatibility/ This article originally appeared on Velo News Have a question for Lennard? Please email us at veloqna@comcast.net to be included in the Technical FAQ. Dear Lennard, Shimano recently updated their compatibility chart. As for the latest generation of calipers that came with 12-speed groupsets (i.e. BR-R9270, BR-R8170, BR-R7170), the previous generation Ultegra, DA, 105, GRX […]]]>

This article originally appeared on Velo News

Have a question for Lennard? Please email us at veloqna@comcast.net to be included in the Technical FAQ.

Dear Lennard,

Shimano recently updated their compatibility chart. As for the latest generation of calipers that came with 12-speed groupsets (i.e. BR-R9270, BR-R8170, BR-R7170), the previous generation Ultegra, DA, 105, GRX STI is compatible with new calipers (but new STI are not compatible with old calipers). My question: Although the new calipers are compatible with the previous generation STIs, will we actually get the improved pad clearance functionality with this combination? This would seem to indicate that the improved pad clearance had nothing to do with the action of the STI, but then why wouldn’t they be compatible the other way round (i.e. old calipers, new ITS)?

As we all deal with the continuous availability of components, understanding cross compatibility is essential!

I f

Dear Jeff,

Here is Shimano’s official response:

“The increased pad clearance of the new braking system is a product of the caliper design where the pads are actually spaced 10% wider than the previous version. The latest system’s quick pad engagement is a product of the brake system as a whole, so both the new caliper design as well as the new brake lever.

In the scenario where someone mixes up the new brake lever that has SERVOWAVE technology with the previous generation caliper that actually has a larger piston size, the system would generate an undesirable power curve and likely cause issues. control for the cyclist. Therefore, they are incompatible.

On the other hand, using the previous generation brake lever without SERVOWAVE with the new caliper design with 10% more pad clearance actually works because the pistons of the new caliper have a smaller diameter. Using this combination will create more free travel in the lever action and ultimately won’t produce as much peak braking force, but braking performance will still be smooth and controlled.

Regardless of compatibility, Shimano recommends using the same generation brake lever and caliper for the best braking performance available.

–Lennard

Dear Lennard,

Now that you’ve confirmed that the gear/chain pitch is the same, what would be the actual consequences of using a 12-speed SRAM cassette – with a 10-tooth cog – on an otherwise 100 setup? %Shimano? Reasons could include, for example, the rider thinking that Shimano brakes are better, or the same for Shimano hoods, power meter, ecosystem, etc.

To benefit from a large Shimano 52 ring with a 10-tooth SRAM cog – which is a larger gear than a 100% Shimano 54/11 but with less cadence jump between gears, the best of both worlds – would be it is better to run the SRAM chain, or the Shimano chain?

Would the shifting be completely off or close enough to be manageable? Would the chain slip at full sprint power? How would the durability of the transmission be affected?

Finally, have you or someone you know actually tried it? I think this would be the perfect setup.

–Nigel

Dear Nigel,

I haven’t tried that. I know a Flattop chain will jump on any cassette other than AXS, because the big rollers won’t drop in the valleys (I’ve experienced that). Whether a non-AXS 12-speed chain will work on an AXS cassette is another question. Although it may seem that since the teeth are always the same spacing, the chain’s standard diameter rollers will ride further forward in the larger AXS tooth valleys while perhaps still holding firmly onto the teeth, the String width could be an issue.

From the SRAM response last week, it appears that the cog spacing in an AXS cassette is less than other 12-speed cassettes; this was the reason the chain plates were so thin, thus imposing higher plates and rollers. Again, I haven’t tried it, but based on this answer, it would seem that, first of all, a non-AXS would drag on the larger adjacent cog. Second, if SRAM installs the 12 cogs of AXS (and XPLR) road drivetrains in a tighter space than other 12-speed cassettes (as this answer indicates), the Shimano 12-speed derailleur may not align with each sprocket, because each lateral pitch from sprocket to sprocket would be smaller in the AXS cassette than the Shimano derailleur pitches.

I just measured the width of a SRAM Flattop chain at the chain pins with a digital caliper, and it’s 5.0mm. A SRAM Eagle mountain bike chain has a nominal width of 5.25mm.

That would, I think, answer your question about which chain to use – the Flattop chain would be needed not only for optimal tooth engagement in the AXS cassette, but also so that it doesn’t drag on adjacent sprockets.

This could indicate that each sprocket in an AXS cassette is 0.25mm closer to the next sprocket than in a Shimano or SRAM Eagle 12 speed cassette (due to diameter differences it is not easy to measure spacing between the sprockets of a cassette, just as it is difficult to measure the spacing between the front chainrings). If so, multiplying that 0.25mm difference by the 11 cog spaces would make the entire AXS cassette 2.75mm narrower than other 12-speed cassettes. If true, that’s enough of a difference to ensure that the Shimano 12-speed derailleur won’t line up with every cog on the AXS cassette.

Finally, the Flattop chain will not go all the way down into the tooth valleys of Shimano front chainrings. While there may be enough tooth engagement that chain skipping isn’t a risk, it does at least mean that the chain follows a larger diameter circle, which means the effective size of your gear has increased.

–Lennard

Dear Lenard,

Your response to Joey from Kansas regarding gearing his Red 22 with lower gears for riding in the Colorado mountains was correct (of course) regarding the direct answer to his question – no he can’t replace his rear derailleur by a new 12-speed one and expect everything to go well together. However, SRAM made an eTap WiFli 11-speed rear derailleur that would definitely handle a 32-tooth rear cog and maybe even a 34. There are still a few new ones at retailers and one could probably find one good used on ebay. The Red eTap version isn’t cheap but can be an adequate solution, and it wouldn’t have to make the jump to the 12-speed AXS.

– Thomas

Dear Thomas,

This is a very good solution; Thanks for that.

–Lennard

Lennard Zinn, our longtime tech writer, joined VeloNews in 1987. He is also a custom frame builder and supplier of huge non-custom bikes , a former U.S. National Team rider, co-author of “The broken heart” and author of numerous books on cycling, including “Zinn and the art of road bike maintenance,” “DVDas good as “Zinn and the Art of Triathlon Bikes” and “Zinn’s Introduction to Cycling: Maintenance Tips and Skill Building for Cyclists.”

He holds a bachelor’s degree in physics from Colorado College.

Follow @lennardzinn

For exclusive access to all of our fitness, gear, adventure and travel stories, plus discounts on travel, events and gear, sign up for Outside+ today.



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What are the components of a perfect WarioWare microgame? https://starfactoryfitness.com/what-are-the-components-of-a-perfect-warioware-microgame/ Mon, 05 Sep 2022 18:12:31 +0000 https://starfactoryfitness.com/what-are-the-components-of-a-perfect-warioware-microgame/ This is one of the great mysteries of the video game world. Close your eyes, imagine WarioWare, and whatever comes to mind (I mean, besides wondering why Nintendo won’t just give us a remake of Paper Mario: The Thousand-Year Door, of course, because this answer would be too obvious). What is a microgame in the […]]]>

This is one of the great mysteries of the video game world. Close your eyes, imagine WarioWare, and whatever comes to mind (I mean, besides wondering why Nintendo won’t just give us a remake of Paper Mario: The Thousand-Year Door, of course, because this answer would be too obvious).

What is a microgame in the WarioWare franchise? I mean, yeah, we know what they are: multi-second activities that usually involve minimal button presses and quick reflexes in order to complete the weird task being asked of the player. But what makes the most effective microgames? With literally thousands of creations by the Nintendo team over the past two decades, they’ve had plenty of hits and misses (I think we’ve had enough stuffed our noses already, even Wario would agree).

What are the components of a perfect microgame? Composing a microgame makes us want more, no matter how many hours we’ve spent repetitively in the series. The ideal experience involves a number of factors, although all of these factors are condensed into the amount of time it takes us to yawn or pass gas.

Source: Nintendo.

Chart

This is my favorite component of a great microgame. Because the franchise is so goofy, the graphics are all over the map. From the streamlined beta lookalikes to the superimposed real human hands, the WarioWare The franchise has no filters when it comes to the technological capabilities that microgames will represent.

The best graphic styles are those in which I know a fair amount of thought has been put into choosing the artwork. Bright colors and expressive shapes are always stunning, like that goofy boss microgame level in WarioWare: Gather Together in which the player controls a figure with rubbery elasticity attempting to climb to the top of the stage.

Source: Author.

There should always be intent and purpose in what is portrayed during the microgame. It wouldn’t make sense for the game above to use realistic HD figures and models, because that sucks in the excitement and fun! Everything should fit and feel right. There should also be contrasting graphical styles between games. It’s shocking and surprising when you go from simple to complicated in one quick transition, and that’s when it’s so great to see Nintendo at its most experimental.

Ingenuity

The WarioWare The franchise has always been used as a test subject for Nintendo’s newest and wackiest tech experiments. Who could ever forget to hook the Wii Remote to your hips for “The Big Cheese” pose in WarioWare: smooth movements? Or frantically tapping the touchscreen to whip a horse’s ass and win a DS race?

It almost seemed like Nintendo knew they sometimes tried to overdo it with these control schemes over the years and would make microgames their own little personal playground to see what worked and what didn’t.

Much like with the graphical examples above, ingenuity in microgames is best put to good use. This is best seen in many of Nintendo’s retro samples of yesteryear reimagined in the series. Play a spherical version of Super Mario Bros. or literally pulling the master sword out of its cloak is invigorating and inviting. It’s the meatiest concept this franchise has put forth and I can’t get enough of it.

Simplicity

This one is a bit of a cheat category. All microgames are simple due to their short duration and the quick tasks that are required of the player. Still, the best microgames are concise. They’re the ones who take the most mundane daily task and extrapolate it into a Wario-style exercise. Crack an egg, brush your teeth, throw a Koopa shell at another Mario enemy, etc.

That’s why the first game in the series, WarioWare, Inc. Mega Microgame$, is still one of the best entries in the franchise. With only a few possible button presses on the Game Boy Advance, Nintendo was forced to distill all of its best ideas into razor-sharp microgaming execution. Later installments were a bit heavy in trying to incorporate new technologies and brash ideas.

Intelligent

I like when these games make you think a bit before pressing a button or touching the screen. Tiny puzzles that require you to move the correct block, identify a figure or character, or quickly calculate something are such a breath of fresh air compared to other microgames that are numb and mindless.

Source: Author.

Nintendo has also had a fetish for brain games throughout its history, but the WarioWare franchise is the only series that encourages quick thinking and problem solving in a fun way that makes you forget you’re using your noodle. Few people want to be told that they are productive when playing video games. If you can get the audience to do some mental gymnastics instead of forcing it down their throat, fun and efficiency can ensue! For these reasons, Orbulon generally offers one of the best microgame packages in the series.

Humor

Wario is Nintendo’s funniest character. It’s not just the fart jokes and other crude humor, but his maverick style and fearlessness that have us shaking our heads and laughing out loud. He wants money and food, and this type of gluttony is unfortunately something we all pursue in our own way, sometimes because society forces us to.

Source: Author.

The microgames feature all of Wario’s gags and satires. Picking your nose, farting, pulling shirts over your stomach, taking shorts off your legs, etc. If it has to do with human anatomy or bodily functions, it’s probably appeared in one microgame or another over the years.

The best humor used in games comes when there’s more than just action going on. There should be layers to the joke, like in the image above. Instead of providing pants, Wario will give the man a sheet to conceal his unmentionables. The force behind the prank being a swinging fan is a third layer to laughter. Very well executed and an example of pot humor well done.

💡

What do you think constitutes a perfect microgame? Tell me in the comments section below and thanks for reading.

comments

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Terahertz Components and Systems Market 2022, Industry Size, Growth Analysis, Global Opportunity and Outlook 2030 https://starfactoryfitness.com/terahertz-components-and-systems-market-2022-industry-size-growth-analysis-global-opportunity-and-outlook-2030/ Thu, 01 Sep 2022 14:15:00 +0000 https://starfactoryfitness.com/terahertz-components-and-systems-market-2022-industry-size-growth-analysis-global-opportunity-and-outlook-2030/ NEW JERSEY, USA, September 1, 2022 /EINPresswire.com/ — Description A new research study “”Terahertz Components and Systems Market 2022 Analysis by Market Trends (Drivers, Restraints, Opportunities, Threats, Challenges and Investment Opportunities), Size, Share and Outlook”” has been added to Coherent Market. insight Global Terahertz Components and Systems Market 2022 Research Report is an in-depth analysis […]]]>

NEW JERSEY, USA, September 1, 2022 /EINPresswire.com/ — Description

A new research study “”Terahertz Components and Systems Market 2022 Analysis by Market Trends (Drivers, Restraints, Opportunities, Threats, Challenges and Investment Opportunities), Size, Share and Outlook”” has been added to Coherent Market. insight

Global Terahertz Components and Systems Market 2022 Research Report is an in-depth analysis of the current situation of the Terahertz Components and Systems industry.

The report provides a fundamental overview of the sector, complete with definitions and classifications. The Terahertz Components and Systems market analysis is offered for the global markets and includes analysis of competition landscape, development trends, and major regions.

According to our latest study (Coherent market insights), due to COVID-19 pandemic, the global Terahertz Components and Systems Market was valued at USD 65.7 million in 2015 and is projected to expand at a CAGR of 27. 9% over the forecast period (2017-2025).

Along with discussing development policies and plans, manufacturing procedures and cost structures are also analyzed. Additionally, this report includes data on supply and demand, import/export consumption, cost, price, revenue and gross margins.

Request Sample Report @ https://www.coherentmarketinsights.com/insight/request-sample/596

The research focuses on the world’s largest and most influential market players and provides details about them including company profiles, product specifications, prices, costs, and contacts.

Key segmentation factors supporting the success of the Global Terahertz Components and Systems Market in the current environment are discussed in this research along with company growth statistics. The significance of regional classification in the global Terahertz Components and Systems Market is also highlighted in the report. The global Terahertz Components and Systems market will ultimately generate more profit and have a higher than expected market size due to growing demand.

The 123 pages of the report provide important facts about the state of the industry and are an excellent resource for businesses and guidance for companies and individuals interested in the market.

Major key players in this market:

◘ Advantest Corporation
◘ Applied Research and Photonics Inc.
◘ Automaton Digital Barriers
◘ EMCORE Corporation
◘ Bruker Corporation
◘ Teraview
◘ M Squared Lasers Ltd.
◘ NEC Corporation
◘ Menlo Systems GmbH
◘ Techcomp Group Ltd.
◘ Bridge12 Technologies Inc. and Microtech Instruments Inc.

Drivers and Constraints

The forecast for the Smart Fitness market is based on well-researched data and assumptions based on existing trends and factors. Hence, the research study serves as a repository of analysis and data for each area of ​​the market including applications, SWOT analysis, future potential, developments, etc. Several factors and future growth risks are analyzed to get a clear idea about the overall market.

Get PDF Brochure @ https://www.coherentmarketinsights.com/insight/request-pdf/596

Detailed segmentation:

Global Terahertz Components and Systems Market, By Components:
◘ Terahertz Sources
◘ Terahertz detectors
◘ Others

Global Terahertz Components and Systems Market, By Systems:

– Systems based on spectroscopy
◘ Time domain spectroscopy
◘ Frequency domain spectroscopy
◘ Scan Imaging

– Terahertz Radar
– Terahertz detection

Global Terahertz Components and Systems Market, By Application:
◘ Management of industrial processes
◘ Research laboratory
◘ Medical Imaging
◘ Non-destructive testing
◘ Others

Market segment by region/country comprising:

– North America (United States, Canada and Mexico)
– Europe (Germany, UK, France, Italy, Russia and Spain, etc.)
– Asia-Pacific (China, Japan, Korea, India, Australia and Southeast Asia etc.)
– South America (Brazil, Argentina and Colombia etc.)
– Middle East and Africa (South Africa, United Arab Emirates and Saudi Arabia, etc.)

The research objectives for this report are:

◘ SWOT analysis focuses on the major global manufacturers to define, assess and analyze market competition. By type, application, and region, the market is defined, described, and forecast.
◘ Examine the main global and regional market potential and benefits, opportunities and challenges, restraints and risks.
◘ Determine whether trends and factors are driving or limiting market growth.
◘ By identifying high growth categories, stakeholders would be able to analyze market potential.
◘ Conduct strategic study of growth trends and market contribution of each sub-market.
◘ Expansions, agreements, new product launches and market acquisitions are all examples of competitive developments.
◘ Create a strategic profile of key players and thoroughly analyze their growth plans.

Reasons to buy the report:

○ To provide a comprehensive picture of the Terahertz Components and Systems market, illustrative market segmentation, analysis, and forecast has been undertaken based on type, supply, deployment, process, industry, and region.

○ In order to offer a comprehensive overview of the Terahertz Components and Systems market, a value chain analysis has been performed.

○ This study provides an in-depth analysis of key drivers, restraints, opportunities, and challenges in the Terahertz Components and Systems Market.

○ The study includes significant participants, a comprehensive analysis of their revenue streams, and a complete competitive landscape of the market.

Buy Now @ https://www.coherentmarketinsights.com/insight/buy-now/596

Table of contents with main points:

1 Industry Overview
1.1 Basic information on terahertz components and systems
1.1.1 Definition of terahertz components and systems
1.1.2 Classifications of terahertz components and systems
1.1.3 Applications of Terahertz Components and Systems
1.1.4 Characteristics of terahertz components and systems
1.2 Development Overview of Terahertz Components and Systems
1.3 Enter Barrier Analysis of Terahertz Components and Systems

2 Terahertz Components and Systems International and Chinese Market Analysis
2.1 International Market Analysis of Terahertz Components and Systems Industry
2.1.1 Terahertz Components and Systems International Market Development History
2.1.2 Terahertz Components and Systems Competitive Landscape Analysis
2.1.3 Terahertz Components and Systems Development Status of Major International Countries
2.1.4 Development Trend of International Terahertz Components and Systems Market
2.2 China Market Analysis of Terahertz Components and Systems Industry
2.2.1 Terahertz Components and Systems China Market Development History
2.2.2 Terahertz Components and Systems Competitive Landscape Analysis
2.2.3 China Terahertz Components and Systems Major Regions Development Status
2.2.4 Terahertz Components and Systems China Market Development Trend
2.3 Terahertz Components and Systems International and Chinese Market Comparative Analysis

3 Environmental analysis of terahertz components and systems
3.1 Analysis of the international economy
3.2 Analysis of Chinese Economy
3.3 Policy Analysis of Terahertz Components and Systems
3.4 News Analysis of Terahertz Components and Systems

4 Revenue Analysis by Classifications
4.1 Global Terahertz Components and Systems Revenue by Classifications 2022-2030
4.2 Global Terahertz Components and Systems Revenue Growth Rate by Classifications 2022-2030
4.3 Terahertz Components and Systems Revenue by Classifications

5 Revenue Analysis by Regions and Applications
5.1 Global Terahertz Components and Systems Revenue by Regions 2022-2030
5.2 2022-2030 United States Terahertz Components and Systems Revenue and Growth Rate
5.3 2022-2030 Europe Terahertz Components and Systems Revenue and Growth Rate
5.4 2022-2030 Japan Revenue and Growth Rate of Terahertz Components and Systems Revenue
5.5 2022-2030 China Terahertz Components & Systems Revenue and Growth Rate

6 Terahertz Components and Systems Revenue Market Status Analysis 2022-2030
6.1 Terahertz Components and Systems Revenue 2022-2030
6.2 Terahertz Components and Systems Revenue Market Share Analysis 2022-2030
6.3 Terahertz Components and Systems Revenue Overview 2022-2030
6.4 Terahertz Components & Systems Gross Margin 2022-2030

7. Company Profiles

7.1 key player 1

7.1.1 Overview of activities

7.1.2 Financial overview

7.1.3 Business strategies

7.2 key player 2

7.2.1 Activity Overview

7.2.2 Financial overview

7.2.3 Business strategies

7.3 key player 3

7.3.1 Activity Overview

7.3.2 Financial overview

7.3.3 Business strategies

7.4 key player 4

7.4.1 Company Overview

7.4.2 Financial overview

7.4.3 Business strategies

7.5 key player 5

7.5.1 Activity Overview

7.5.2 Financial overview

7.5.3 Business strategies

….

8 Sales Price and Gross Margin Analysis

9 Marketing Trader or Distributor Analysis of Terahertz Components and Systems

10 Development Trend of Terahertz Components and Systems Industry 2016-2021

11 Terahertz Component and System Industrial Chain Suppliers with Contact Information

12 New Project Investment Feasibility Analysis of Terahertz Components and Systems

13 Conclusion of the Global Terahertz Components and Systems Industry 2015 Market Research Report

….

Mr Shah
Coherent Market Insights Pvt. ltd.
+1 206-701-6702
write to us here
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“Navy-to-Navy cooperation is one of the most dynamic and important elements of the India-US defense relationship”: Ambassador Sandhu https://starfactoryfitness.com/navy-to-navy-cooperation-is-one-of-the-most-dynamic-and-important-elements-of-the-india-us-defense-relationship-ambassador-sandhu/ Thu, 25 Aug 2022 08:18:00 +0000 https://starfactoryfitness.com/navy-to-navy-cooperation-is-one-of-the-most-dynamic-and-important-elements-of-the-india-us-defense-relationship-ambassador-sandhu/ Ambassador Taranjit Singh Sandhu’s remarks came during INS Satpura’s historic visit to San Diego last week Ambassador Taranjit Singh Sandhu’s remarks came during INS Satpura’s historic visit to San Diego last week Cooperation between the navies of India and the United States is one of the most dynamic and important elements of the bilateral defense […]]]>

Ambassador Taranjit Singh Sandhu’s remarks came during INS Satpura’s historic visit to San Diego last week

Ambassador Taranjit Singh Sandhu’s remarks came during INS Satpura’s historic visit to San Diego last week

Cooperation between the navies of India and the United States is one of the most dynamic and important elements of the bilateral defense relations, said the Indian envoy here, noting that the defense sector has become a major pillar between the two countries, especially in the context of the Indo-Pacific.

Ambassador Taranjit Singh Sandhu’s remarks came during INS Satpura’s historic visit to San Diego last week.

INS Satpura is a locally designed and built 6,000 ton guided missile stealth frigate equipped to search and destroy adversaries in the air, on the surface and underwater. Reflecting the growing defense ties between India and the United States, this is the first time an Indian warship has docked on the West Coast of the United States and perhaps two decades later , an Indian ship came to the United States.

“Navy-to-navy cooperation is one of the most dynamic and important elements of our defense partnership. It gets even stronger, in the context of the Indo-Pacific,” Sandhu said in his remarks last week in San Diego.

“The growing scope of engagements, with the US Navy, particularly the annual Malabar series of exercises, and multinational engagements, such as MILAN 22 and the recent RIMPAC 22, (which I had the opportunity to attend ), builds our confidence and interoperability at sea,” he said aboard INS Satpura.

The reception was attended by, among others, Secretary of the Navy Carlos Del Toro, Vice Admiral Kenneth Ray Whitsell, Commander of the Naval Air Force.

Indo-American strategic partnerships

In his remarks, Sandhu said that among various fields, the India-US comprehensive strategic partnership encompasses the defense sector, which has become a major pillar. The United States has recognized India as a “major defense partner”.

In 2016, the United States recognized India as a “major defense partner” under which Washington will continue to work to facilitate technology sharing with India at a level commensurate with that of its most important allies and partners. relatives.

There has been a steady intensification of defense trade, joint exercises, personnel exchanges, defense technology, and maritime security and anti-piracy cooperation.

“Our defense trade has grown to over 21 billion. Today, India conducts more military exercises with the United States than with any other country! In fact, at the moment where I speak, special forces from both countries are currently engaged in the joint Indo-US special forces exercise, Vajra Prahar, in Himachal Pradesh, India,” Sandhu said.

“We are also moving forward to leverage our comparative advantages and the opportunity for defense industrial collaboration, especially to innovate, co-develop and co-produce, for India and for the world. In a first, the United States Military Sealift Command (MSC) vessel USNS Charles Drew is currently undergoing maintenance and repairs in Chennai,” he told a restricted audience.

The United States, he reiterated, has been one of India’s most important partners in the international arena. As India celebrates its 75th anniversary of independence, it is also celebrating another milestone – 75 years of diplomatic relations with the United States.

Whether in agriculture or in education or in space or in health care, the collaboration with the United States has been very important.

“Our two-way engagement has become truly win-win with strong convergences and complementarities, including Indian talent and young population, low-cost manufacturing that can scale, large market, investment incentives, etc., d on the one hand, and American technology and innovation on the other,” he said.

India, the United States and several other world powers have spoken of the need to ensure a free, open and prosperous Indo-Pacific amid China’s growing military maneuvers in the resource-rich region.

China claims almost all of the disputed South China Sea, although Taiwan, the Philippines, Brunei, Malaysia and Vietnam all claim parts of it. Beijing has built artificial islands and military installations in the South China Sea. China also has territorial disputes with Japan in the East China Sea.



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