Genflow Biosciences (@genflowbioir) 's Twitter Profile
Genflow Biosciences

@genflowbioir

Pursuing scientifically sound approach to developing gene therapies that slow or reverse ageing in Dogs and Humans

ID: 1676985927359426561

calendar_today06-07-2023 16:07:34

157 Tweet

49 Followers

42 Following

Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

🧬 #Longevity isn’t just living longer—it’s about more active, disease-free years. Genflow Biosciences is researching #SIRT6 gene therapy to slow aging at the cellular level, reducing age-related disease. Imagine a future where we age better, not just longer. $GENF $GENFF

🧬 #Longevity isn’t just living longer—it’s about more active, disease-free years.

<a href="/GenflowBioIR/">Genflow Biosciences</a> is researching #SIRT6 gene therapy to slow aging at the cellular level, reducing age-related disease. Imagine a future where we age better, not just longer. 

$GENF $GENFF
Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

Genflow Biosciences is entering ophthalmology with a cSIRT6 gene therapy using a novel non-viral vector to target glaucoma + corneal disease. MTA signed with a leading eye care company to co-develop. Read the release: otcmarkets.com/stock/GENFF/ne… #longevity #biotech $GENF $GENFF

Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

🚨 Genflow Biosciences has signed a strategic AI partnership with Duke spin-off Heureka Labs! 🧬 Their AI will support our gene therapy R&D - starting with GF-1002 and expanding across our pipeline. $GENF will retain all IP. A big step forward in AI driven longevity!

Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

Why do we age? Cellular damage, genetic instability & declining repair mechanisms increase disease risk over time. But what if we could slow it down? Genflow Biosciences is pioneering #gene therapies to target aging at its root. $GENF $GENFF

Why do we age? 

Cellular damage, genetic instability &amp; declining repair mechanisms increase disease risk over time. 

But what if we could slow it down? <a href="/GenflowBioIR/">Genflow Biosciences</a> is pioneering #gene therapies to target aging at its root. 

$GENF $GENFF
Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

The longevity gene #SIRT6 boosts DNA repair, controls #inflammation & supports metabolism. #Centenarians have more active SIRT6, helping them resist aging. Genflow Biosciences is exploring SIRT6 therapies to unlock these benefits for all. $GENF $GENFF

The longevity gene #SIRT6 boosts DNA repair, controls #inflammation &amp; supports metabolism. #Centenarians have more active SIRT6, helping them resist aging. 

<a href="/GenflowBioIR/">Genflow Biosciences</a> is exploring SIRT6 therapies to unlock these benefits for all. 

$GENF $GENFF
Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

Check out Genflow Biosciences's latest presentation! Learn about #GENF's impressive financials, recent milestones in its #SIRT6 studies, and exciting future plans. See it here: loom.ly/RsxnFCE $GENF $GENFF #Biotech #MASH #WernerSyndrome #Sarcopenia #Aging

Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

#Aging in dogs isn’t just about gray fur—it’s driven by genetics, metabolism & environment. Like humans, aging raises disease risk. Genflow Biosciences is researching ways to extend #healthspan & improve canine longevity. $GENF $GENFF

#Aging in dogs isn’t just about gray fur—it’s driven by genetics, metabolism &amp; environment. Like humans, aging raises disease risk. 

<a href="/GenflowBioIR/">Genflow Biosciences</a> is researching ways to extend #healthspan &amp; improve canine longevity.

$GENF $GENFF
Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

#Neurodegeneration is one of aging’s biggest challenges - memory loss, confusion, and diseases take a toll on quality of life. Our research at Genflow Biosciences focuses on longevity genes that could help protect brain function, keeping minds sharper for longer.

#Neurodegeneration is one of aging’s biggest challenges - memory loss, confusion, and diseases take a toll on quality of life.

Our research at <a href="/GenflowBioIR/">Genflow Biosciences</a> focuses on longevity genes that could help protect brain function, keeping minds sharper for longer.
Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

Why does a Great Dane age faster than a Chihuahua? Size, breed & genetics shape canine aging rates. At Genflow Biosciences, we’re investigating how Centenarian #SIRT6 gene therapy could help regulate cellular aging and DNA repair - potentially giving #dogs more healthy years.

Why does a Great Dane age faster than a Chihuahua? Size, breed &amp; genetics shape canine aging rates. 

At <a href="/GenflowBioIR/">Genflow Biosciences</a>, we’re investigating how Centenarian #SIRT6 gene therapy could help regulate cellular aging and DNA repair - potentially giving #dogs more healthy years.
Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

🧬 Genflow Biosciences $GENF $GENFF has released its FY2024 results! 📌 2024 Highlights: • 2 research grants (non-dilutive) • #MASH study nears pre-IND • #FDA supportive of pilot studies • £1.4M raised 🔗 Full report: loom.ly/UbJLA9E

🧬 <a href="/GenflowBioIR/">Genflow Biosciences</a> $GENF $GENFF has released its FY2024 results!

📌 2024 Highlights: 
• 2 research grants (non-dilutive)
• #MASH study nears pre-IND
• #FDA supportive of pilot studies
• £1.4M raised

🔗 Full report: loom.ly/UbJLA9E
Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

💪 Muscle Loss & Aging – Can We Stop It? 📉 After 30, we lose 3-8% of muscle mass per decade. Exercise helps, but #biotech could do more. 🧬 Genflow Biosciences is exploring gene therapy to maintain #muscle strength and slow #aging. A stronger future starts with science.

💪 Muscle Loss &amp; Aging – Can We Stop It?

📉 After 30, we lose 3-8% of muscle mass per decade. Exercise helps, but #biotech could do more.

🧬 <a href="/GenflowBioIR/">Genflow Biosciences</a> is exploring gene therapy to maintain #muscle strength and slow #aging. A stronger future starts with science.
Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

🌍 Abu Dhabi launches HELM - planned to drive progress in AI diagnostics, #gene therapy & precision medicine to tackle chronic disease & #aging. The HELM cluster is expected to generate $25.6B in #GDP contribution and 30,000 jobs by 2045. A win for the #longevity industry!

🌍 Abu Dhabi launches HELM - planned to drive progress in AI diagnostics, #gene therapy &amp; precision medicine to tackle chronic disease &amp; #aging.

The HELM cluster is expected to generate $25.6B in #GDP contribution and 30,000 jobs by 2045.

A win for the #longevity industry!
Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

Cognitive dysfunction affects nearly 1/3 of senior dogs, leading to behavior changes. While diet and lifestyle may help, #genetherapy could offer a new solution. At @Genflow Biosciences, we're testing the first IV therapy designed to extend #lifespan in dogs.

Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

❤️ Aging & Heart Disease Cardiovascular disease is the #1 cause of death, with aging as the top risk factor. As arteries stiffen and cells decline, heart health suffers. 🧬 Could gene therapies help? At Genflow Biosciences, we believe longevity starts at the cellular level. $GENF

❤️ Aging &amp; Heart Disease

Cardiovascular disease is the #1 cause of death, with aging as the top risk factor. As arteries stiffen and cells decline, heart health suffers.

🧬 Could gene therapies help? At <a href="/GenflowBioIR/">Genflow Biosciences</a>, we believe longevity starts at the cellular level.

$GENF
Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

🧬 The anti-aging industry hit $50B+ in 2024, fueled by #biotech innovation and rising demand for longevity science. Genflow Biosciences is advancing #SIRT6 research, exploring the centenarian variant’s potential for #aging and disease prevention. Read more: loom.ly/0tnIWM0

Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

🧬 #Genflow has advanced its #SIRT6 patent application to the national examination phase in Japan, a key market for longevity. 🔹 SIRT6 variants for age-related disease 🔹 Jointly owned IP w/top US institutions 🔹 Exclusive license to Genflow Read more: loom.ly/Nupr8R0

Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

🏃 Fasting, Metabolism & Longevity 🔬 Fasting boosts #longevity pathways, metabolism & reduces inflammation. But can we mimic these effects without extreme diets? 🧬 Genflow Biosciences is exploring #SIRT6, a gene for cellular repair & longevity, which may hold the answer. $GENF

🏃 Fasting, Metabolism &amp; Longevity

🔬 Fasting boosts #longevity pathways, metabolism &amp; reduces inflammation. But can we mimic these effects without extreme diets?

🧬 <a href="/GenflowBioIR/">Genflow Biosciences</a> is exploring #SIRT6, a gene for cellular repair &amp; longevity, which may hold the answer.

$GENF
Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

🐶 Gene Therapy & Canine #Longevity Can gene therapy slow aging in dogs? Research shows enhanced #DNA repair, reduced inflammation & improved metabolism could extend #healthspan. Genflow Biosciences $GENF is pioneering #SIRT6-based therapies to help dogs live longer, healthier lives.

🐶 Gene Therapy &amp; Canine #Longevity

Can gene therapy slow aging in dogs? Research shows enhanced #DNA repair, reduced inflammation &amp; improved metabolism could extend #healthspan.

<a href="/GenflowBioIR/">Genflow Biosciences</a> $GENF is pioneering #SIRT6-based therapies to help dogs live longer, healthier lives.
Genflow Biosciences (@genflowbioir) 's Twitter Profile Photo

🧬 Werner syndrome causes early-onset aging due to WRN gene mutations, leading to DNA instability and increased disease risk. Genflow Biosciences is using a #SIRT6-focused approach to tackle the root causes of accelerated aging.

🧬 Werner syndrome causes early-onset aging due to WRN gene mutations, leading to DNA instability and increased disease risk. 

<a href="/GenflowBioIR/">Genflow Biosciences</a> is using a #SIRT6-focused approach to tackle the root causes of accelerated aging.