Glutathione S-transferase

GSTS Expands OCIANA™ Port Optimization Consortium

Retrieved on: 
Tuesday, July 13, 2021
Information technology management, Glutathione S-transferase, Transferases, Business process management

OCIANA is an artificial intelligence (AI) based system developed by GSTS that rapidly processes satellite data with other data sets harvested from ocean, weather, and port activity to provide dynamic decision-making information in near real-time.

Key Points: 
  • OCIANA is an artificial intelligence (AI) based system developed by GSTS that rapidly processes satellite data with other data sets harvested from ocean, weather, and port activity to provide dynamic decision-making information in near real-time.
  • The capabilities include improved port and vesselefficiency, emission reduction, enhanced environmental protection and endangered marine species protection.
  • OCIANAis a modular platform that is configured to the specific operational, geographic, and regulatory conditions of each port, providing unparalleled performance in accuracy and optimization.
  • "The engagement with the new Consortium members will enable GSTS to demonstrate the flexibility of OCIANA to adjust and adapt to the operational and geographic conditions of any port in the world.

GSTS Awarded Contract for Vessel Risk Detection Using Artificial Intelligence Algorithms

Retrieved on: 
Tuesday, June 1, 2021
Articles, Academic disciplines, Emerging technologies, Artificial intelligence, Computational neuroscience, Cybernetics, Glutathione S-transferase, Science and technology

The solution will identify ships in an area of interest and using the cutting-edge techniques of artificial intelligence and machine learning, consolidate a ship's identity, movement history, and risk status with information collected from multiple sensors.

Key Points: 
  • The solution will identify ships in an area of interest and using the cutting-edge techniques of artificial intelligence and machine learning, consolidate a ship's identity, movement history, and risk status with information collected from multiple sensors.
  • Fusing the intelligence into a single operating picture, GSTS's solution enables users to improve Maritime Domain Awareness.
  • This powerful solution will leverage OCIANA , an AI-based platform developed by GSTS that rapidly processes data from multiple sensor sources to provide intelligence in near real-time.
  • "This contract will enable GSTS to demonstrate the capability to satisfy many of the world's most challenging maritime risk and threat detection issues pertaining to security, environmental and commercial risks.

GSTS Awarded Contribution for Artificial Intelligence Fusion of Satellite Data

Retrieved on: 
Tuesday, November 24, 2020
Articles, Glutathione S-transferase, Transferases, Artificial intelligence, Science and technology, Academic disciplines

This capability will incorporate data fusion of current and future satellite data sets along with environmental data and apply the power of machine learning to satisfy unique user needs.

Key Points: 
  • This capability will incorporate data fusion of current and future satellite data sets along with environmental data and apply the power of machine learning to satisfy unique user needs.
  • GSTS's prediction capability will augment operator decision-making by delivering actionable intelligence in near real-time.
  • "This capability will enable GSTS to expand our growing AI solutions by fusing current and next generation satellite data sets, enabling game-changing results," said Richard Kolacz, GSTS CEO.
  • GSTS is a leader in Artificial Intelligence solutions for the maritime domain.

GSTS Awarded Contract to Support Maritime Risk Mitigation

Retrieved on: 
Thursday, September 17, 2020
Articles, Academic disciplines, Actuarial science, Security, Glutathione S-transferase, Transferases, Artificial intelligence, Risk management, Risk

GSTS will leverage OCIANA's robust risk management capabilities to support maritime risk mitigation.

Key Points: 
  • GSTS will leverage OCIANA's robust risk management capabilities to support maritime risk mitigation.
  • This contract award will enable the Department of National Defence to test OCIANA, an AI-based Maritime Information Management platform.
  • "Protecting all of Canada's maritime approaches and points of entry, from coast to coast to coast, OCIANA's maritime AI-based risk management capabilities will support real-time decision-making and response capabilities," said Richard Kolacz, GSTS CEO.
  • In this case, we have developed a unique AI solution to support the identification of vessels representing a potential COVID-19 risk in addition to the security risk parameters.

GSTS awarded contribution for Space-Based Artificial Intelligence

Retrieved on: 
Tuesday, August 4, 2020
Science and technology, Articles, Technology, Glutathione S-transferase, Transferases, Artificial intelligence

"This contribution will enable GSTS to expand our growing AI capabilities into the space sector to support decision making based on the same techniques we utilize in the maritime domain, enabling detection, recognition and prediction," said Richard Kolacz, GSTS CEO.

Key Points: 
  • "This contribution will enable GSTS to expand our growing AI capabilities into the space sector to support decision making based on the same techniques we utilize in the maritime domain, enabling detection, recognition and prediction," said Richard Kolacz, GSTS CEO.
  • Computer vision involves the automatic extraction, analysis and understanding of information gleaned from digital images.
  • GSTS is a leader in Artificial Intelligence solutions for the maritime domain.
  • SOURCE GLOBAL SPATIAL TECHNOLOGY SOLUTIONS INC. (GSTS)

New canine study investigates cancers and exposure to environmental chemicals

Retrieved on: 
Friday, April 10, 2020
Chemistry, Physical sciences, Natural sciences, Toxicology, Glutathione S-transferase, Transferases, Toxicity, Cancer, Selenium, Transferase, Glutathione S-transferase A1

Morris Animal Foundation -funded researchers at the University of Wisconsin-Madison are studying how exposure to common environmental chemicals, like those found in tobacco smoke and yard products, and individual genetic differences in response to them, put dogs at risk for common cancers.

Key Points: 
  • Morris Animal Foundation -funded researchers at the University of Wisconsin-Madison are studying how exposure to common environmental chemicals, like those found in tobacco smoke and yard products, and individual genetic differences in response to them, put dogs at risk for common cancers.
  • When dogs or humans are exposed to toxic chemicals in the environment, glutathione-S-transferase (GST) enzymes in the liver help neutralize those chemicals.
  • Due to genetic variations in GST enzymes, people vary in their capacity to deactivate environmental hazards.
  • If these individuals ingest or inhale toxic chemicals, this inability can result in cancer development over repeated exposures.