Time Initiative

We heard you! By popular demand, we’re extending the TIME Fellowship application deadline to Thursday December 6th, Noon PT. Don’t miss this chance to join the future of aging biology!

?? LAST DAY TO APPLY ?? The TIME Fellowship application closes TONIGHT at 11:59 PM PT. If you’ve been waiting for the right moment, this is it. Complete your application now!

TIME Fellowship Applications Close Tomorrow! We’re down to the wire: the application deadline is 11:59 PM PT this Sunday, December 1st. This is your chance to: ?? Apply for $8,000 in research funding. ?? Gain mentorship and learn from top scientists and industry leaders. ?? Connect with a global community passionate peers. ?? Attend our annual retreat to grow and collaborate! Don’t let this opportunity pass you by—apply now: https://lnkd.in/gZx6phE9

Alyson H. is investigating how aging contributes to motor neuron disease development, aiming to substantiate aging therapeutics as a tool for prevention and treatment. But Alyson’s impact extends beyond the lab. As co-founder of the Aging Initiative at Harvard, she’s helping undergraduates across institutions access opportunities in aging research, emphasizing collaboration and interdisciplinarity. Her story is a powerful example of how bold ideas and a commitment to community can shape the future of science. Learn more about Alyson’s inspiring journey: https://lnkd.in/gqj3yNKY

? The clock is ticking—only 6 days left to apply for the TIME Fellowship! Are you an ambitious undergraduate passionate about aging biology? This is your chance to join a global network of undergraduates tackling the challenges of aging and making meaningful contributions to the field. What you’ll gain: ?? Direct Mentorship ?? Chance to apply for summer project grants ?? A vibrant community of peers and experts ?? Attend our in-person annual retreat ?? Deadline: December 1, 2024, 11:59 PM PT Don’t miss this incredible opportunity. Apply now: https://lnkd.in/gZx6phE9

Rikard Saqe’s journey shows that the path to aging biology isn’t always linear—and that’s a good thing. Through his work in cultivated fish research, Rikard is developing tools and knowledge in biomanufacturing, stem cell biology, and tissue engineering, all of which have transformative potential for aging science. As a TIME Fellow and former Data Scientist Intern at BioAge Labs, Rikard is now applying insights from agriculture while carving his own interdisciplinary path. His story highlights how diverse opportunities can prepare you for impactful work in aging science. Read more about Rikard’s approach to building skills and creating his own future: https://lnkd.in/g4b3_hCC

Margaret Weber’s approach to aging biology is anything but conventional—and that’s exactly why it matters. By focusing on how little brown bats maintain protein stability to live exceptionally long for their size, Margo is uncovering mechanisms that could inform human health and aging interventions. Her journey has been shaped by resilience, a deep curiosity, and a drive to challenge what we think we know about aging. Discover more about her work and vision here: https://lnkd.in/gHQHkQgh

Carol Magalhaes is determined to shape a future where aging therapies become a reality. A TIME Fellow with experience in top labs, Carol is currently on a mission to secure FDA approval for the first aging-targeted drug while reducing clinical trial costs. Her journey, from her research in ovarian health and cellular rejuvenation to co-founding Nucleate Dojo House for young biotech innovators, reflects her desire to preserve autonomy in aging and building community along the way.? In this "Moments in TIME" blog feature, Carol shares her bold vision for the future of aging biology and her journey as a first-generation immigrant motivated by a desire to preserve autonomy in aging. Learn more about Carol’s inspiring work! Read more about Carol’s impactful journey and her vision for the future of aging research: ?? https://lnkd.in/gFD8Rk9W 17 days left to apply for TIME Fellowship!

Bryce Tiglon’s research dives deep into the biology of aging. By examining how the blood-brain barrier changes with age and exploring molecular patterns throughout life, he’s aiming to uncover critical insights that could reshape our approach to age-related diseases.? In addition to his work in the Wyss-Coray and Gladyshev Labs, Bryce is also a chess grandmaster who brings a unique mix of precision and curiosity to his research. He’s already making waves in the field and looks ahead to a future of impactful discoveries in aging biology. Learn more about his path and vision for the future of longevity research: https://lnkd.in/guwZUsuR

TIME Fellow Julie Chen is dedicated to understanding the core processes that drive aging. After taking a year to study DNA methylation and aging full-time in the Vadim Gladyshev 's Lab at Harvard, she returned to Stanford, where she won a TIME grant to research cell lineage and development in Kyle Loh's lab.? Her research has direct implications for regenerative medicine. Read more about Julie’s journey and vision for the future of aging biology: https://lnkd.in/ggYM9qgx “Understanding how cell fate is regulated in the natural phenomenon of the developing embryo is of fundamental importance to understanding how cellular decision-making goes awry in diseases like aging."