DOE Office of Technology Transitions’ Post

Learn how the #ProteographXT with Thermo Fisher Scientific's #OrbitrapAstralMS is enabling better understanding of astronaut responses to spaceflight and #proteome changes during organ transplantation and providing a versatile platform for model organism studies! Seer is collaborating with industry leaders to facilitate better access to unbiased, deep #proteomics at scale so you can add new dimensions to your research. The Seer Technology Access Center is one way we're doing it. #STAC serves studies from smaller proof of principal to standard full-service to #ProteographXT with MS, and, here, Aaron Gajadhar, PhD, highlights a few collaboration projects showcasing the enhanced characterization and insights being achieved. 🙌 #innovation #healthcare #pharma #biomarkers #proteomicsresearch #scienceandtechnology #improvinghumanhealth #teamwork

An Ancient Solar System: This week, off world: Space junk rendezvous mission, methane from salt layers on Mars and loads more... #space #industry #exploration #ShamelessSelfpromoFriday https://lnkd.in/eai9BjSi

GeneLab represents a significant advancement in the field of Space Biology and Medicine, particularly in understanding how space travel affects biological systems. The integration of open science principles, such as FAIR (Findable, Accessible, Interoperable, and Reusable) and CARE (Collective Benefit, Authority to Control, Ethics, and Reciprocity), enhances the potential for transformative impacts in this area. The "Central Dogma" of biology, which describes the flow of genetic information from DNA to RNA to protein, serves as a foundational concept in translating primary space omics data into actionable knowledge. This translation is crucial for developing new technologies, capabilities, and commercial applications that can arise from the insights gained through space research. As highlighted by Begum Mathyk's work, the exploration of gene expression changes linked to insulin and estrogen during spaceflight is just one example of how GeneLab's data can lead to significant findings in women's health and beyond. The ongoing advancements in AI and machine learning are expected to further enhance the capabilities of GeneLab, unlocking new avenues for research and application that have yet to be fully realized. In summary, while GeneLab is still in the early stages of demonstrating its full potential, the combination of open science, foundational biological principles, and emerging technologies positions it to make a profound impact on our understanding of biology in space and its implications for human health and bioregenerative life support. #nasa #genelab #bioinformatics #spacebiology #NASATOPS #openscience #nasagenelab

🚀 Take gene prediction to new heights...to space! Using machine learning, researchers mapped how conditions including spaceflight affected genes. Can reading this new OSDR-enabled publication inspire your research? #GeneExpression #AIML #SpaceScience 📰 tinyurl.com/pub-feature

When NNASA - National Aeronautics and Space Administration's SpaceX #CRS30 launches from the #spacecoast of #Florida, it'll carry with it more than 40 investigations sponsored by the ISS National Lab. From #pharmaceutical #research to improve therapeutics to #inspacemanufacturing to #biotechnology designed to personalize #cancer treatments, this #scienceinspace will bring benefits back down to Earth!

Very interesting instrument! The once so called Life Marker Chip (LMC) now dubbed the Life Detector Chip (LDChip), is an immunoassay microarray biosensing technology, coupled with the extraction unit Signs of Life Detector (SOLiD), that utilizes fluorescently labeled antigen-antibodies to analytically detect extremely low levels of small organic molecular products resulting from thermal and oxidative diagenesis of complex organic polymers (like lipids) within ice-cemented regolith hosts. Not only will this progress the detection of possible current life but also fossilized extinct life. All inspired by the classic hormonal tool... pregnancy tests! The innovation is amazing! #nasa #esa #astrobiology #LifeDetection@GT

An Ancient Solar System: This week, off world: Solar eclipses with Mars' two moons, how to photo the ISS and loads more... #space #industry #exploration #ShamelessSelfpromoSaturday https://lnkd.in/eXf7WPNp

Let's put some light on the Progress in Cancer Research: Space Exploration's Impact. NASA's recent insights highlight strides in cancer research through space experiments. Astronaut Frank Rubio shared findings, emphasizing space's unique environment for studying cancer. Merck's experiments with Keytruda show promise, with space-induced crystallization enhancing drug efficacy. This research promises efficient cancer treatment with reduced side effects. While the journey to widespread drug availability may take time, the impact of these discoveries is undeniable. Let's celebrate space's transformative impact on healthcare and disease combat. Together, we innovate for a brighter future. Source : https://lnkd.in/dGtfvWNc Follow RESONACLE to stay at the forefront of #HealthcareInnovation, #BiotechBreakthroughs, and industry insights. #PharmaNews #LifesciencesUpdates #SpaceResearch #CancerTreatment #HealthcareInnovation #NASA #Merck #FutureOfMedicine #Resonacle #ResonacleNews

https://lnkd.in/d8WJM8fy Very excited to share some background about our recent Astrobiology publication (https://lnkd.in/d54KPkhm). The research we have been performing at the German Aerospace Center (DLR)'s Institute of Aerospace Medicine with the support of Radboudumc has provided very interesting data about the survival of four bacterial species to Mars conditions. With the work of Ozlem Bulut, Anaisa Ferreira, Jorge Domínguez Andrés, and others, who are investigating the immunology effects these bacteria can have after they have survived the Mars conditions, we will be able to gain new insights into how these bacteria could interact with the immune system during a Mars mission. #Mars #planetaryprotection #humanhealthinspace

⭕ It is well-known that #Space is one of the most hostile environments known to date, affecting the #health of #Astronauts. The altered gravity conditions exert an influence on the cellular behavior, so the ability of monitoring the physiological condition of Astronauts could play a key role for the imminent long-term space mission. In addition, a specific technology that allows an accurate and fast analysis of the #lunar and #Martian soil specimens and samples returned from on-orbit experiments are of considerable importance. 🔬  #Raman technology, a non-destructive chemical analysis technique, designed by illuminating the sample with a laser beam, makes all this possible! 🔥Fondazione E. Amaldi has gained great knowledge on Raman spectroscopy, including Surface Enhanced Raman Scattering mode, which has been successfully employed in cancer screening and diagnosis in recent years. 🔎Using single-stranded oligonucleotides as affinity molecules for various target compounds, such as specific cancer biomarkers, is the win-win idea in the SERS-based cancer research. 📨 Don't miss the next developments... Stay tuned! Agenzia Spaziale Italiana | Consorzio di ricerca Hypatia #FondazioneEAmaldi #italygivingyouspace #ConsorzioHypatia #tissueengineering #lifesciences #healthcare  #Biology #biodiversity  #cancer #spettroscopy #sensoristic #Raman #earlydiagnosis #cancerresearch #figthingcancer #telemedicine #medicina #doc #dna #spazio #biomaterials #Space #microgravity #Moon #Mars #Astronauts