“I've had the distinct pleasure of working with Dr. Latt Mansor for the past 2 years. As our Research Lead, I didn't expect that we would work together all that closely, but I've never been so happy to be proved wrong. Latt stepped into the D2C world without hesitation, spent hours of his time coaching me through complex scientific concepts and helping me translate them into customer-facing content our community could easily grasp. I will always be grateful for his patience and guidance as he collaborated with our customer service team and helped them craft scientifically-correct responses to the more challenging and in-depth customer inquiries (which happen a lot). While Latt was easily the smartest person in the room when it comes to the science of ketones and metabolic health, and yet, he never wielded his knowledge like a weapon of superiority. I personally feel this a true testament to his character. Latt is generous with his knowledge, as well as his time, and always approached others with the upmost patience and care as he advised, taught, and even corrected. Latt never fails to be remain humble, helpful, and high-integrity—he's a leader without even trying to be and H.V.M.N. is stronger for it. I'm thrilled to have had the opportunity to work so closely with him and I look forward to seeing all he accomplishes in his career.”
Research Lead at HVMN
San Francisco, California, United States
Contact Info
1K followers
500+ connections
About
Internationally educated DPhil (PhD) graduate with 8 years of experience in healthcare and pharmaceutical industries. Key skills include good communication and language skills with high impact on critical business decisions, and a proven track record of strong analytical and research skills in producing a complete overview of critical care market in different countries to optimise engagement strategies. Also demonstrated versatility in adapting to multicultural, fast-paced environment while ensuring top quality deliverables under time constraints.
Activity
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Current combined instagram follower count across the Health Via Modern Nutrition (HVMN) team — Geoffrey Woo, Latt Mansor, DPhil, @hvmn brand account,…
Current combined instagram follower count across the Health Via Modern Nutrition (HVMN) team — Geoffrey Woo, Latt Mansor, DPhil, @hvmn brand account,…
Liked by Latt Mansor, DPhil
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4 years ago I joined the HVMN team to lead their research and the goal is to find evidence that exogenous ketones are good for you and majority of my…
4 years ago I joined the HVMN team to lead their research and the goal is to find evidence that exogenous ketones are good for you and majority of my…
Shared by Latt Mansor, DPhil
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What disruptive innovation looks like 👇🏻 One day people are asking "what's a ketone" and the next day Ketone-IQ is outselling everyone else on the…
What disruptive innovation looks like 👇🏻 One day people are asking "what's a ketone" and the next day Ketone-IQ is outselling everyone else on the…
Liked by Latt Mansor, DPhil
Experience
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Co-Founder
ConfabHealth
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Holmusk
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The Medicines Company
Education
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University of Nottingham
BSc (Hons) Biotechnology First Class Honours
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Activities and Societies: President, International Students of Sutton Bonington International representative at the Student Union of School of Bioscience
Publications
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Inhibition of sarcolemmal FAT/CD36 by sulfo-N-succinimidyl oleate rapidly corrects metabolism and restores function in the diabetic heart following hypoxia/reoxygenation
Cardiovascular Research
AIMS:
The type 2 diabetic heart oxidizes more fat and less glucose, which can impair metabolic flexibility and function. Increased sarcolemmal fatty acid translocase (FAT/CD36) imports more fatty acid into the diabetic myocardium, feeding increased fatty acid oxidation and elevated lipid deposition. Unlike other metabolic modulators that target mitochondrial fatty acid oxidation, we proposed that pharmacologically inhibiting fatty acid uptake, as the primary step in the pathway, would…AIMS:
The type 2 diabetic heart oxidizes more fat and less glucose, which can impair metabolic flexibility and function. Increased sarcolemmal fatty acid translocase (FAT/CD36) imports more fatty acid into the diabetic myocardium, feeding increased fatty acid oxidation and elevated lipid deposition. Unlike other metabolic modulators that target mitochondrial fatty acid oxidation, we proposed that pharmacologically inhibiting fatty acid uptake, as the primary step in the pathway, would provide an alternative mechanism to rebalance metabolism and prevent lipid accumulation following hypoxic stress.
CONCLUSIONS:
Diabetic hearts have limited metabolic flexibility and cardiac dysfunction when stressed, which can be rapidly rectified by reducing fatty acid uptake with the FAT/CD36 inhibitor, SSO. This novel therapeutic approach not only reduces fat oxidation but also lipotoxicity, by targeting the primary step in the fatty acid metabolism pathway. -
Increased oxidative metabolism following hypoxia in the type 2 diabetic heart, despite normal hypoxia signalling and metabolic adaptation
The Journal of Physiology
Adaptation to hypoxia makes the heart more oxygen efficient, by metabolising more glucose. In contrast, type 2 diabetes makes the heart metabolise more fatty acids.
Diabetes increases the chances of the heart being exposed to hypoxia, but whether the diabetic heart can adapt and respond is unknown.
In this study we show that diabetic hearts retain the ability to adapt their metabolism in response to hypoxia, with functional hypoxia signalling pathways.
However, the…Adaptation to hypoxia makes the heart more oxygen efficient, by metabolising more glucose. In contrast, type 2 diabetes makes the heart metabolise more fatty acids.
Diabetes increases the chances of the heart being exposed to hypoxia, but whether the diabetic heart can adapt and respond is unknown.
In this study we show that diabetic hearts retain the ability to adapt their metabolism in response to hypoxia, with functional hypoxia signalling pathways.
However, the hypoxia-induced changes in metabolism are additive to abnormal baseline metabolism, resulting in hypoxic diabetic hearts metabolising more fat and less glucose than controls. This stops the diabetic heart being able to recover its function when stressed.
These results demonstrate that the diabetic heart retains metabolic flexibility to adapt to hypoxia, but is hindered by the baseline effects of the disease. This increases our understanding of how the diabetic heart is affected by hypoxia-associated complications of the disease.Other authors -
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Cardiac metabolism in a new rat model of type 2 diabetes using high-fat diet with low dose streptozotocin
Cardiovascular Diabetology
To study the pathogenesis of diabetic cardiomyopathy, reliable animal models of type 2 diabetes are required. Physiologically relevant rodent models are needed, which not only replicate the human pathology but also mimic the disease process. Here we characterised cardiac metabolic abnormalities, and investigated the optimal experimental approach for inducing disease, in a new model of type 2 diabetes.
High-fat feeding in combination with a low dose of STZ induced cardiac metabolic…To study the pathogenesis of diabetic cardiomyopathy, reliable animal models of type 2 diabetes are required. Physiologically relevant rodent models are needed, which not only replicate the human pathology but also mimic the disease process. Here we characterised cardiac metabolic abnormalities, and investigated the optimal experimental approach for inducing disease, in a new model of type 2 diabetes.
High-fat feeding in combination with a low dose of STZ induced cardiac metabolic changes that mirror the decrease in glucose metabolism and increase in fat metabolism in diabetic patients. While low doses of 15–25 mg/kg STZ induced a type 2 diabetic phenotype, higher doses more closely recapitulated type 1 diabetes, demonstrating that the severity of diabetes can be modified according to the requirements of the study.Other authors -
Languages
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English
Native or bilingual proficiency
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Malay
Native or bilingual proficiency
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Spanish
Professional working proficiency
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Cantonese
Limited working proficiency
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Thai
Limited working proficiency
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German
Elementary proficiency
Recommendations received
1 person has recommended Latt
Join now to viewMore activity by Latt
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Looking forward to attending Manifest: The Future of Supply Chain & Logistics Vegas for the first time in February to participate in a Roundtable…
Looking forward to attending Manifest: The Future of Supply Chain & Logistics Vegas for the first time in February to participate in a Roundtable…
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The Chase Episode Episode 24: Latt Mansor | PhD, H.V.M.N Lead Researcher | Metabolic Flexibility, Performance, and Food Today I am stoked to release…
The Chase Episode Episode 24: Latt Mansor | PhD, H.V.M.N Lead Researcher | Metabolic Flexibility, Performance, and Food Today I am stoked to release…
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I enjoyed digging into the science behind gut health & metabolism with Latt Mansor, DPhil on the Health Via Modern Nutrition (HVMN) podcast. The…
I enjoyed digging into the science behind gut health & metabolism with Latt Mansor, DPhil on the Health Via Modern Nutrition (HVMN) podcast. The…
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Why I invested in Health Via Modern Nutrition (HVMN) To be honest, I would have never even considered investing in anything with a focus on keto.…
Why I invested in Health Via Modern Nutrition (HVMN) To be honest, I would have never even considered investing in anything with a focus on keto.…
Liked by Latt Mansor, DPhil
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I’m excited to formally welcome Will Oberndorf to Health Via Modern Nutrition (HVMN) Board of Directors. Will brings extensive capital markets…
I’m excited to formally welcome Will Oberndorf to Health Via Modern Nutrition (HVMN) Board of Directors. Will brings extensive capital markets…
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I had a great time last week sharing the story of Health Via Modern Nutrition (HVMN) and meeting some of the founders/operators of iconic food and…
I had a great time last week sharing the story of Health Via Modern Nutrition (HVMN) and meeting some of the founders/operators of iconic food and…
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