-
Akter, Rokshana; Larose, Tricia Lynn Lois; Sandvik, Jannicke; Fonne, Vivianne; Meland, Anders & Wagstaff, Anthony Sverre
(2022).
Excessive Daytime Sleepiness and Associated Factors in Military Search and Rescue Personnel.
-
Vitry, Geraldine; Finch, Rebecca H; Mcstay, Gavin; Behesti, Afshin; Dejean, Sebastien & Larose, Tricia Lynn Lois
[Show all 8 contributors for this article]
(2022).
Muscle atrophy transcriptome phenotype is linked to liver lipid metabolic processes genes expression in mice during spaceflight.
-
de la Torre, Gabriel; Larose, Tricia Lynn Lois & Diaz Artiles, Ana
(2022).
Astroland, a New Cave Space Analog Experience to Investigate Human Performance in Isolated and Confined Environments.
-
Akter, Rokshana; Larose, Tricia L; Sandvik, Jannicke; Fonne, Vivianne; Meland, Anders & Wagstaff, Anthony Sverre
(2021).
Excessive Daytime Sleepiness and Associated Factors in Military Search and Rescue Personnel.
Aerospace Medicine and Human Performance.
ISSN 2375-6314.
92(12),
p. 975–979.
doi:
10.3357/AMHP.5946.2021.
-
Larose, Tricia L
(2021).
Launch of Tianhe space station core module into orbit. Tumors in Space. .
[TV].
CGTN Beijing.
-
-
Larose, Tricia L
(2021).
Launch of China Space Station Core Module. Tumors in Space. .
[TV].
Dialogue live in London studio. .
-
Larose, Tricia L
(2021).
Shenzhou-12 crewed mission to CSS. Tumors in Space Experiment. C.
[TV].
GTN live studio programming in Beijing. .
-
-
Larose, Tricia Lynn Lois
(2021).
How to be a free electron .
-
Larose, Tricia Lynn Lois
(2021).
Tumors in Space.
-
Larose, Tricia Lynn Lois
(2021).
Environmental Control and Life Support System.
-
Larose, Tricia Lynn Lois
(2021).
Tumors in Space .
-
Larose, Tricia Lynn Lois
(2021).
Spaceflight Hardware II.
-
Larose, Tricia Lynn Lois
(2021).
Spaceflight Hardware I.
-
Larose, Tricia Lynn Lois
(2021).
Tumors in Space: Preparation for Spaceflight.
-
Larose, Tricia Lynn Lois
(2021).
The History of Cancer.
-
Larose, Tricia Lynn Lois
(2021).
Learning from past researchers.
-
Larose, Tricia Lynn Lois
(2021).
Introduction to Molecular Biology.
-
Lehnhardt, Kris; Diaz Artiles, Ana & Larose, Tricia Lynn Lois
(2021).
In situ resource training .
-
de la Torre, Gabriel; Diaz Artiles, Ana; Wotring, Virginia & Larose, Tricia Lynn Lois
(2021).
Astro Training IV: Human Performance in Analog Environments.
-
Drego, Adelia; Nählinder, Steffan & Larose, Tricia Lynn Lois
(2021).
Astro Training II: Aerospace Human Factors .
-
da Silveira, Willian; Wotring, Virginia & Larose, Tricia Lynn Lois
(2021).
SpaceOMICS.
-
de la Torre, Gabriel; Diaz Artiles, Ana; Wotring, Virginia & Larose, Tricia Lynn Lois
(2021).
Cognitive Neuroscience and Brain-Tech Interface.
-
Chattopadhyay, Bodhisattva; Thorsson, Bergsveinn; Kanyu Wang, Regina & Larose, Tricia Lynn Lois
(2021).
Speculative Space Futures .
-
Larose, Tricia Lynn Lois
(2021).
Astro Training I: Resilience.
-
-
-
-
Larose, Tricia Lynn Lois
(2020).
Tumors in Space.
-
Larose, Tricia Lynn Lois
(2020).
Tumors in Space.
-
-
-
-
-
-
-
-
-
-
-
-
Larose, Tricia L
(2019).
China reveals scientific experiments for its next space station. Projects will probe topics including DNA mutation, fire behaviour and the birth of stars.
[Internet].
Nature - International Journal of Science.
Show summary
China has selected nine scientific experiments — including a project that will probe how DNA mutates in space — to fly on its first major space station, scheduled to be completed in 2022.
The China Manned Space Agency selected the projects, which involve scientists from 17 nations, from 42 hopefuls, in a process organized with the United Nations Office for Outer Space Affairs (UNOOSA).
China’s existing space laboratory, Tiangong-2, which launched in 2016, also hosts experiments, but the new space station will be bigger and is intended to last longer. Known as the China Space Station, the outpost will be less than one-quarter of the mass of the International Space Station (ISS).
The science projects cover similar topics to experiments that have flown on the ISS since its launch in 1998, including fluid and fire behaviour, biology and astronomy.
Scientists working on the projects hail from spacefaring nations such as Russia, Japan and India, as well as low- and middle-income countries including Kenya, Mexico and Peru — the result of a special effort to encourage participation from such nations. “The cooperation takes into account the special needs of developing countries, which were encouraged to submit joint project applications with developed countries,” said Wang Qun, China’s ambassador to the United Nations in Vienna, in a statement.
The experiments include an Indian–Russian observatory called Spectroscopic Investigations of Nebular Gas, which will map dust clouds and star-forming regions of space using ultraviolet light. A group of European institutions, meanwhile, will study how microgravity and radiation in space affect the mutation of DNA in human ‘organoids’ — 3D biological structures that mimic organs. And a Saudi Arabian team will test how solar cells perform on the outside of the space station.
Other winners include a detector called POLAR-2, a more powerful follow-up to a sensor launched on Tiangong-2 to study the polarization of energetic γ-ray bursts from distant cosmic phenomena. POLAR-2, which will be built by an international collaboration, could even allow astronomers to observe the weak radiation associated with sources of gravitational waves.
But none of the experiments come from the United States, which since 2011 has forbidden NASA researchers from collaborating with China without congressional approval. A spokesperson for UNOOSA told Nature that US scientists were eligible to take part and were involved in several applications, but those projects weren’t ultimately selected.
The United States is planning to cut its funding for the ISS from 2024, as it concentrates its space efforts on building an outpost in the Moon’s orbit from 2022. This could mean that the Chinese space station becomes scientists’ only laboratory in low Earth orbit from 2024.
-
Larose, Tricia L
(2019).
United Nations/China Cooperation on the Utilization of the China Space Station (CSS: Selected Experiment Projects to be executed on board the CSS for the 1st Cycle. Announced on the occasion of the 62nd Session of the Committee on the Peaceful Uses of Outer Space, Vienna.
[Internet].
United Nations Office for Outer Space Affairs.
Show summary
The United Nations Office for Outer Space Affairs (UNOOSA), in cooperation with the China Manned Space Agency (CMSA) and with the support of the Government of China, published on 28 May 2018 the 1st "Announcement of Opportunity (AO)" under the United Nations/China Cooperation on the Utilization of the China Space Station (CSS) initiative, inviting all Member States of United Nations to submit applications for conducting their scientific experiments on board the CSS.
As of 30 September 2018, which was the application deadline, a total of 42 applications from institutions in 27 countries were received, and then carefully evaluated by around 60 experts from UNOOSA, CMSA and international space community, in line with the eligibility and selection criteria outlined in the first AO.
Eighteen (18) projects out of the 42 received were shortlisted, and their Principal Investigators were invited to prepare their Implementation Scheme Proposals (ISPs) for further review towards a final selection.
By the submission deadline of 20 April 2019, 15 ISPs from the 18 shortlisted were received and an in-depth review in terms of technical scheme, implementation feasibility, onboard resource requirements, safety analysis, risk analysis, and financial support for their own development was executed.
As a final outcome from the application and selection process, nine experiments were selected for entering preparation and implementation process, among which six were fully accepted, and three were conditionally selected. These 9 projects involve 23 institutions from 17 Member States of the United Nations in Asian-pacific, European, African, North American and South American regions, including governmental organizations, private sectors, and international associations.
It is, indeed, great to see that most of the projects are collaborative international efforts reflecting the creativity and commitment of the involved scientists from public and private entities in both developing and developed countries.
The research areas involve space life science, biotechnology, microgravity fluid physics, microgravity combustion, astronomy, and space technologies. Details about the selected experiment projects are as follows.
-
-
Larose, Tricia L
(2019).
Stor strålingsfare i rommet. Hvordan kan romfarere beskyttes mot de høye strålingsdosene de får i rommet?
[Internet].
https://www.romsenter.no/.
-
Larose, Tricia L; Robbins, Hilary A; Brennan, Paul; Meheus, Filip & Johannson, Mattias
(2019).
Could biomarker-based eligibility for lung cancer screening be cost-effective?
-
-
Johannson, Mattias; Brennan, Paul; Robbins, Hilary & Larose, Tricia L
(2018).
The Lung Cancer Cohort Consortium (LC3).
-
Fanidi, Anouar; Carreras-Torres, Robert; Larose, Tricia L; Yuan, Jian-Min; Stevens, Victoria L & Weinstein, Stephanie J
[Show all 56 contributors for this article]
(2018).
Is high vitamin B12 status a cause of lung cancer?
International Journal of Cancer.
ISSN 0020-7136.
p. 1–6.
doi:
10.1002/ijc.32033.
Show summary
Vitamin B supplementation can have side effects for human health, including cancer risk. We aimed to elucidate the role of vitamin B12 in lung cancer aetiology via direct measurements of pre-diagnostic circulating vitamin B12 concentrations in a nested case-control study, complemented with a Mendelian randomization (MR) approach in an independent case-control sample. We used pre-diagnostic biomarker data from 5,183 case-control pairs nested within 20 prospective cohorts, and genetic data from 29,266 cases and 56,450 controls. Exposures included directly measured circulating vitamin B12 in pre-diagnostic blood samples from the nested case-control study, and 8 single nucleotide polymorphisms associated with vitamin B12 concentrations in the MR study. Our main outcome of interest was increased risk for lung cancer, overall and by histological subtype, per increase in circulating vitamin B12 concentrations. We found circulating vitamin B12 to be positively associated with overall lung cancer risk in a dose response fashion (odds ratio for a doubling in B12 [ORlog2B12 ] = 1.15, 95% confidence interval (95%CI) = 1.06-1.25). The MR analysis based on 8 genetic variants also indicated that genetically determined higher vitamin B12 concentrations were positively associated with overall lung cancer risk (OR per 150 pmol/L standard deviation increase in B12 [ORSD ]= 1.08, 95%CI= 1.00-1.16). Considering the consistency of these two independent and complementary analyses, these findings support the hypothesis that high vitamin B12 status increases the risk of lung cancer.
-
Larose, Tricia L; Guida, Florence; Brennan, Paul & Johansson, Mattias
(2017).
Circulating cotinine concentrations, self-reported smoking, and lung cancer risk in the Lung Cancer Cohort Consortium (LC3).
-
Larose, Tricia L; Van Baalan, Mary; McAvinia, Ruth; Skanke, Petter Evju; Wilder, Anderson & Diaz Artiles, Ana
(2017).
Melanoma or Mars? Follow Your Moral Compass.
-
-
-
Lauritzen, Hilde Brun; Larose, Tricia L; Sandanger, Torkjel M; Odland, Jon Øyvind; Van De Bor, Margot & Jacobsen, Geir Wenberg
(2016).
Maternal levels of perfluoroalkyl substances in relation to fetal growth.
-
-
Larose, Tricia L; Brumpton, Ben Michael; Langhammer, Arnulf; Camargo, Carlos A; Chen, Yue & Romundstad, Pål Richard
[Show all 7 contributors for this article]
(2014).
Cross-Sectional and Prospective Cohort Study of Serum 25-Hydroxyvitamin D Level, Smoking and Lung Function in a General Population of Adults: The HUNT Study.
-
Larose, Tricia L; Langhammer, Arnulf; Chen, Yue; Camargo Jr., Carlos A; Romundstad, Pål Richard & Mai, Xiao-Mei
(2013).
Vitamin D deficiency and lung function in adults with asthma: the HUNT Study.
-
Larose, Tricia L; Chen, Yue; Romundstad, Pål Richard; Langhammer, Arnulf; Camargo Jr., Carlos A & Mai, Xiao-Mei
(2012).
Prevalence of vitamin D deficiency and associated factors in a Norwegian population: the HUNT Study.
-
Larose, Tricia L
(2012).
Vitamin D status in Norway - an epidemiological overview.
-
Maar, Marion A; Gzik, Danusia & Larose, Tricia L
(2010).
Beyond expectations: Why do Aboriginal and Euro-Canadian patients with type 2 diabetes on a rural island in Northern Ontario demonstrate better outcomes for glycemic, blood pressure and lipid management than comparison populations.
-
Larose, Tricia L; Montgomery, Phyllis; Michel, Isabelle; Lefebvre, Stephanie; Warren, Claire & Kauppi, Carol
[Show all 7 contributors for this article]
(2010).
Maintaining housing in North Eastern communities: the potential role of public health inspectors.
-
Lefebvre, Stephanie; Montgomery, Phyllis; Michel, Isabelle; Warren, Claire; Larose, Tricia L & Kauppi, Carol
(2010).
A man's home is his castle. The role of public health inspectors in maintaining housing in northern and rural communities.
-
Maar, Marion A; Gzik, Danusia & Larose, Tricia L
(2009).
Are electronic medical records an effective way to monitor the quality of diabetes care in practice-based research?
-
Ahmed, K; Maar, Marion A; Gzik, Danusia & Larose, Tricia L
(2009).
Quality of diabetes care among Aboriginal and non-Aboriginal patients with type II diabetes on Manitoulin Island and the Canadian population: a comparative analysis on compliance with the CDA clinical practice guidelines.
-
Zmijowskyj, Tim; Strasser, R; Ross, G; Scott, M; Jacklin, Kristen & Maar, Marion A
[Show all 12 contributors for this article]
(2008).
ICEPHC: Initiative for Clinical Evaluations in Primary Health Care - unlocking the potential for collaborative research in Northern Ontario.
-
Maar, Marion A; Zmijowskyj, Tim; Larose, Tricia L; Graham, Douglas; Williamson, P & Beaudin, R
(2008).
The Manitoulin Regional Aboriginal Diabetes Care and Management Research Project.
