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NEW: Spinal cord stimulation can instantly improve arm mobility for people affected by moderate to severe #stroke, report researchers from University of Pittsburgh and Carnegie Mellon University today in Nature Medicine. Marco Capogrosso Elvira Pirondini Doug Weber ➡️

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A new review summarizes cardiac physiologic pacing for heart failure, highlighting benefits of biventricular pacing and emerging evidence for His-bundle and left bundle-branch pacing to improve function and outcomes. Read the Review Article “Physiologic Pacing in Heart Failure” by Mihail G. Chelu, MD, PhD, MD, PhD, Jeanne E. Poole, MD, and Kenneth A. Ellenbogen, MD (Kenneth Ellenbogen), from the Baylor College of Medicine (BCMHouston), University of Washington (University of Washington), and Virginia Commonwealth University School of Medicine:

A new review summarizes cardiac physiologic pacing for heart failure, highlighting benefits of biventricular pacing and emerging evidence for His-bundle and left bundle-branch pacing to improve function and outcomes. Read the Review Article “Physiologic Pacing in Heart Failure” by Mihail G. Chelu, MD, PhD, MD, PhD, Jeanne E. Poole, MD, and Kenneth A. Ellenbogen, MD (Kenneth Ellenbogen), from the Baylor College of Medicine (BCMHouston), University of Washington (University of Washington), and Virginia Commonwealth University School of Medicine:

NEJM

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Today, we announced that Westinghouse is collaborating with Google Cloud to use AI to accelerate the construction of advanced Westinghouse nuclear reactors and improve operations in our current nuclear fleet. AP1000® technology is the quickest way to add new sources of affordable and abundant nuclear energy to the U.S. grid. Westinghouse’s powerful HiVE™ and bertha™ nuclear AI solutions and Google Cloud technologies are joining forces to make construction of new nuclear power plants even faster. Learn more about this new partnership launched at today’s first-ever Energy Summit and Expo at Carnegie Mellon University in Pittsburgh, Pa, organized by U.S. Sen. Dave McCormick:

Today, we announced that Westinghouse is collaborating with Google Cloud to use AI to accelerate the construction of advanced Westinghouse nuclear reactors and improve operations in our current nuclear fleet. AP1000® technology is the quickest way to add new sources of affordable and abundant nuclear energy to the U.S. grid. Westinghouse’s powerful HiVE™ and bertha™ nuclear AI solutions and Google Cloud technologies are joining forces to make construction of new nuclear power plants even faster. Learn more about this new partnership launched at today’s first-ever Energy Summit and Expo at Carnegie Mellon University in Pittsburgh, Pa, organized by U.S. Sen. Dave McCormick:

Westinghouse Nuclear

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🇯🇵 Japanese scientists built a tiny exoskeleton. For a rat. Researchers at Nagoya University strapped a cable-and-pulley wearable robot onto a rat to study how mechanical movement support could help humans recover from spinal cord injuries and strokes. The robot moves the rat's legs based on recorded data of how rats actually walk. The actual science is serious. Understanding how mechanical support restores gait patterns is directly applicable to stroke and spinal injury rehab in humans. The rat is just the messenger. Source: MikeKalil on YT

🇯🇵 Japanese scientists built a tiny exoskeleton. For a rat. Researchers at Nagoya University strapped a cable-and-pulley wearable robot onto a rat to study how mechanical movement support could help humans recover from spinal cord injuries and strokes. The robot moves the rat's legs based on recorded data of how rats actually walk. The actual science is serious. Understanding how mechanical support restores gait patterns is directly applicable to stroke and spinal injury rehab in humans. The rat is just the messenger. Source: MikeKalil on YT

Mario Nawfal

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This will blow you away. Wow. Most people have no idea Israel is about to change the lives of paralyzed people forever. Tel Aviv University researchers, led by Prof. Tal Dvir and his team at Matricelf, have engineered the world’s first personalized human spinal cord tissue, grown from the patient’s own blood cells. They reprogram the cells into stem cells, then build 3D spinal cord implants that integrate with the damaged area. Animal trials showed remarkable recovery. Now, Israel’s Ministry of Health has approved compassionate use trials for the first patients. The goal? Helping people rise from wheelchairs and walk again. This is regenerative medicine at its most powerful, no rejection risks because it’s your own cells. The first historic surgery is expected in Israel soon. Science fiction becoming reality, made in Israel. Proud every single day 🇮🇱💪 #IsraelInnovation #RegenerativeMedicine #SpinalCordRepair #TAU

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Mor Edge Insight

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🎊Today is the day. NVIDIA DGX Sparks are now shipping from us and from our partners. ➡️ We enjoyed delivering some of our first desktop AI supercomputers to researchers, developers, universities, creators, to launch the next chapter in AI: Refik Anadol — Refik Anadol Studio Yagil Burowski — LM Studio Soumith Chintala — PyTorch Meta, and New York University ComfyAnonymous — Creator of ComfyUI Lev Gonick — Arizona State University Yann LeCun — FAIR (Meta), New York University Joseph Mardall — Zipline Jeffrey Morgan — ollama Joseph Nelson — Roboflow will.i.am — And special thanks to 🙌 Serve Robotics. Watch 👇 or on YouTube: #SparkSomethingBig ✨

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NVIDIA

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1/ Published in nature , a study led by Monash Biomedicine Discovery Institute's @Rhys__G Ashleigh Kropp & Chris Greening has discovered an enzyme – 'Huc' – that can covert air into energy & has the potential to become a new clean source of energy. Monash University Monash Medicine, Nursing and Health Sciences Read more

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Monash Biomedicine Discovery Institute

33,646 views • 3 years ago

[SPONSORED] From satellites to smart farming, Rwanda is using space to solve real-world problems. In this Invest Rwanda episode, we uncover how the country’s growing space program is driving impact on the ground, powering agriculture, disaster response, and innovation for a smarter, data-driven future. 📺Tune in today at 17h30 CAT only on DSTV410. Rwanda Space Agency TRL Space Carnegie Mellon University Africa Rwanda Development Board Ministry of ICT and Innovation | Rwanda

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Researchers at Yale University have created a new airborne method of delivery for mRNA vaccines. They claim that their tests were able to successfully vaccinate mice intranasally—without any injections—and believe that this will revolutionise the way people are vaccinated in the near future. Watch the full report: Subscribe to us on Telegram: Subscribe to our newsletter, for daily email updates:

Researchers at Yale University have created a new airborne method of delivery for mRNA vaccines. They claim that their tests were able to successfully vaccinate mice intranasally—without any injections—and believe that this will revolutionise the way people are vaccinated in the near future. Watch the full report: Subscribe to us on Telegram: Subscribe to our newsletter, for daily email updates:

Wide Awake Media

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This is Tatiana Sampaio, a Brazilian scientist who restored movement to six paraplegic patients. The Nobel Prize in Medicine is the bare minimum 🇧🇷 After more than twenty years dedicated to scientific research, Brazilian biologist Tatiana Coelho de Sampaio gained international recognition by leading a groundbreaking study on spinal cord injuries. A professor at the Laboratory of Extracellular Matrix Biology at UFRJ (Federal University of Rio de Janeiro), she coordinates the development of polylaminin, an experimental molecule that opens new perspectives for the treatment of people with paraplegia and tetraplegia caused by accidents. The substance is a laboratory-produced version of laminin, a protein essential in embryonic development for guiding communication between neurons. Created from proteins extracted from the human placenta, polylaminin can be applied directly to the injured area of the spinal cord, promoting the regeneration of nerve circuits and the recovery of previously compromised motor functions. Even though it is still in the experimental phase, the initial results have attracted the attention of the scientific community. Some patients undergoing the treatment have shown partial or even complete recovery of movement and sensation, something considered unlikely by conventional medicine. There are records of volunteers who regained movement in affected limbs after the procedure. The project is being developed in partnership with the Brazilian laboratory Cristália and already has investments to advance to the next stages. The goal now is to obtain authorization from Anvisa (Brazilian Health Regulatory Agency) to expand clinical studies and evaluate, on a larger scale, the safety and efficacy of the therapy.

This is Tatiana Sampaio, a Brazilian scientist who restored movement to six paraplegic patients. The Nobel Prize in Medicine is the bare minimum 🇧🇷 After more than twenty years dedicated to scientific research, Brazilian biologist Tatiana Coelho de Sampaio gained international recognition by leading a groundbreaking study on spinal cord injuries. A professor at the Laboratory of Extracellular Matrix Biology at UFRJ (Federal University of Rio de Janeiro), she coordinates the development of polylaminin, an experimental molecule that opens new perspectives for the treatment of people with paraplegia and tetraplegia caused by accidents. The substance is a laboratory-produced version of laminin, a protein essential in embryonic development for guiding communication between neurons. Created from proteins extracted from the human placenta, polylaminin can be applied directly to the injured area of the spinal cord, promoting the regeneration of nerve circuits and the recovery of previously compromised motor functions. Even though it is still in the experimental phase, the initial results have attracted the attention of the scientific community. Some patients undergoing the treatment have shown partial or even complete recovery of movement and sensation, something considered unlikely by conventional medicine. There are records of volunteers who regained movement in affected limbs after the procedure. The project is being developed in partnership with the Brazilian laboratory Cristália and already has investments to advance to the next stages. The goal now is to obtain authorization from Anvisa (Brazilian Health Regulatory Agency) to expand clinical studies and evaluate, on a larger scale, the safety and efficacy of the therapy.

Astronomiaum

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Quadrupeds are fast. Agile. Great at locomotion. But can they manipulate? A new approach from Carnegie Mellon University, Google DeepMind, and Bosch is teaching quadrupedal robots to do more than walk, they’re learning to interact. It’s called Human2LocoMan: a system that uses human data to pretrain robot policies before finetuning on real hardware. The result? A four-legged robot that can walk, carry, organize, scoop, and sort with both single and dual-arm control. By pretraining on human motion, they cut the amount of robot data in half—while improving success rates by over 80% in unfamiliar environments. Their Modularized Cross-Embodiment Transformer (MXT) learns from both human and robot demonstrations, then generalizes those skills to physical tasks—no hardcoded behaviors required. It’s locomotion and manipulation. A quadruped that can walk and clean up after itself?

Quadrupeds are fast. Agile. Great at locomotion. But can they manipulate? A new approach from Carnegie Mellon University, Google DeepMind, and Bosch is teaching quadrupedal robots to do more than walk, they’re learning to interact. It’s called Human2LocoMan: a system that uses human data to pretrain robot policies before finetuning on real hardware. The result? A four-legged robot that can walk, carry, organize, scoop, and sort with both single and dual-arm control. By pretraining on human motion, they cut the amount of robot data in half—while improving success rates by over 80% in unfamiliar environments. Their Modularized Cross-Embodiment Transformer (MXT) learns from both human and robot demonstrations, then generalizes those skills to physical tasks—no hardcoded behaviors required. It’s locomotion and manipulation. A quadruped that can walk and clean up after itself?

Lukas Ziegler

60,546 views • 1 year ago

SCIENTISTS BUILD ‘CELLULAR BRIDGES’ TO HELP MICE WALK AGAIN AFTER SPINAL INJURY Researchers found a way to repair spinal cord injuries by using the body’s own cells to build tiny bridges for damaged nerves to grow across. They injected a protein called PDGF-BB into injured mice. It told support cells near the injury—called pericytes—to stretch out and form paths that nerves could follow to reconnect. After just one injection, the mice started moving their back legs again and didn’t develop the usual long-term pain. Tests with human cells in the lab showed the same effect, meaning this could eventually help people with spinal injuries, strokes, or other nerve damage. Source: The Ohio State University. Video: 4Waleedamer

SCIENTISTS BUILD ‘CELLULAR BRIDGES’ TO HELP MICE WALK AGAIN AFTER SPINAL INJURY Researchers found a way to repair spinal cord injuries by using the body’s own cells to build tiny bridges for damaged nerves to grow across. They injected a protein called PDGF-BB into injured mice. It told support cells near the injury—called pericytes—to stretch out and form paths that nerves could follow to reconnect. After just one injection, the mice started moving their back legs again and didn’t develop the usual long-term pain. Tests with human cells in the lab showed the same effect, meaning this could eventually help people with spinal injuries, strokes, or other nerve damage. Source: The Ohio State University. Video: 4Waleedamer

Mario Nawfal

114,170 views • 1 year ago

Congrats Rajat Kumar Jenamani, Ziang Liu and the team on getting nominated for best paper award at #HRI2024 for their work on inside-mouth bite transfer for people with severe mobility limitations. People with severe mobility conditions cannot bend their neck to take a bite from a utensil. So, bite transfer inside the mouth is crucial. But, feeding people with severe mobility limitations inside the mouth is extremely challenging due to various medical conditions such as involuntary spasms, limited mouth opening, ability to chew only at specific locations inside the mouth etc. Rajat and the team addressed this issue by developing novel methods for mouth perception under tool occlusion and physical-interaction aware control using visual and haptic sensing that can distinguish between these different subtle physical interactions between the mouth, the tongue, and the utensil and invoke various downstream compliant controllers that are safe and can successfully feed people despite these functionality challenges. We deployed this robotic system in 3 sites (one lab, one medical center, one home) across people with C1-C4 Spinal Cord Injury, Multiple Sclerosis, Schizencephaly, Arthrogryposis, etc. and we were able to successfully feed people with all these severe conditions. The system was portable enough that Rajat and the team were able to drive six hours, install the robotic system in one afternoon, and fed a care receiver inside their home. [1/2]

Congrats Rajat Kumar Jenamani, Ziang Liu and the team on getting nominated for best paper award at #HRI2024 for their work on inside-mouth bite transfer for people with severe mobility limitations. People with severe mobility conditions cannot bend their neck to take a bite from a utensil. So, bite transfer inside the mouth is crucial. But, feeding people with severe mobility limitations inside the mouth is extremely challenging due to various medical conditions such as involuntary spasms, limited mouth opening, ability to chew only at specific locations inside the mouth etc. Rajat and the team addressed this issue by developing novel methods for mouth perception under tool occlusion and physical-interaction aware control using visual and haptic sensing that can distinguish between these different subtle physical interactions between the mouth, the tongue, and the utensil and invoke various downstream compliant controllers that are safe and can successfully feed people despite these functionality challenges. We deployed this robotic system in 3 sites (one lab, one medical center, one home) across people with C1-C4 Spinal Cord Injury, Multiple Sclerosis, Schizencephaly, Arthrogryposis, etc. and we were able to successfully feed people with all these severe conditions. The system was portable enough that Rajat and the team were able to drive six hours, install the robotic system in one afternoon, and fed a care receiver inside their home. [1/2]

Tapomayukh "Tapo" Bhattacharjee

35,559 views • 2 years ago

Today, Qatar 🇶🇦 pledged $50 million at the #GlobalRefugeeForum organized by the UN High Commissioner for Refugees UNHCR, the UN Refugee Agency 🇺🇳 in response to the increasing humanitarian crisis in the occupied Palestinian territories 🇵🇸. The pledge is aimed at refugees, displaced people, injured individuals, orphans, and others affected by the aggression on #Gaza . I also announced, on behalf of Education Above All Foundation , their new initiative to provide 100 University scholarships for students from Gaza to continue their education in Qatar through Al-Fakhoora program. #CeasefireForGazaNOW

Today, Qatar 🇶🇦 pledged $50 million at the #GlobalRefugeeForum organized by the UN High Commissioner for Refugees UNHCR, the UN Refugee Agency 🇺🇳 in response to the increasing humanitarian crisis in the occupied Palestinian territories 🇵🇸. The pledge is aimed at refugees, displaced people, injured individuals, orphans, and others affected by the aggression on #Gaza . I also announced, on behalf of Education Above All Foundation , their new initiative to provide 100 University scholarships for students from Gaza to continue their education in Qatar through Al-Fakhoora program. #CeasefireForGazaNOW

لولوة الخاطر Lolwah Alkhater

78,709 views • 2 years ago

$**New DataViz Project** Curious about academic impact? Tired of rankings? Today we are introducing Rankless ( a new data exploration platform that can help you explore the academic impact of thousands of universities. All universities produce impact that is specific to certain topics and geographies, but rankings flatten that information. Rankless wants to change that. Consider a comparison between the University of Utah and the University of Vienna, two universities ranked similarly in the Shanghai ranking. These universities differ in their geographical and topical footprint. The University of Utah specializes in Neuroscience and Medicine whereas the University of Vienna specializes in Physics, Astronomy, and Environmental Sciences. Their geographic impact is also quite different. Utah receives a large fraction of citations from medical centers in the U.S., Canada, and Israel, whereas Vienna receives many citations from technical institutes in Austria, Germany, and Hungary. These differences are easy to explore in Rankless but hard to see in rankings. Rankless was developed by a talented team at the Center for Collective Learning at Corvinus University (Corvinus University of Budapest). It was brought to life by Endre Mark Borza (Endre Mark Borza), a Hungarian economist and data engineer at CCL with the help of Máté Barkóczi, a Hungarian designer form MOME, and Veronika Hamar executive director at CCL. By moving beyond rankings, Rankless offers a fresh perspective on how universities influence each geography and topic, emphasizing diverse forms of impact and providing a richer understanding of academic influence. To learn more visit$

New DataViz Project Curious about academic impact? Tired of rankings? Today we are introducing Rankless ( a new data exploration platform that can help you explore the academic impact of thousands of universities. All universities produce impact that is specific to certain topics and geographies, but rankings flatten that information. Rankless wants to change that. Consider a comparison between the University of Utah and the University of Vienna, two universities ranked similarly in the Shanghai ranking. These universities differ in their geographical and topical footprint. The University of Utah specializes in Neuroscience and Medicine whereas the University of Vienna specializes in Physics, Astronomy, and Environmental Sciences. Their geographic impact is also quite different. Utah receives a large fraction of citations from medical centers in the U.S., Canada, and Israel, whereas Vienna receives many citations from technical institutes in Austria, Germany, and Hungary. These differences are easy to explore in Rankless but hard to see in rankings. Rankless was developed by a talented team at the Center for Collective Learning at Corvinus University (Corvinus University of Budapest). It was brought to life by Endre Mark Borza (Endre Mark Borza), a Hungarian economist and data engineer at CCL with the help of Máté Barkóczi, a Hungarian designer form MOME, and Veronika Hamar executive director at CCL. By moving beyond rankings, Rankless offers a fresh perspective on how universities influence each geography and topic, emphasizing diverse forms of impact and providing a richer understanding of academic influence. To learn more visit

César A. Hidalgo

124,699 views • 2 years ago

REPORT: Antarctica reverses trend and gains ice for the first time in decades, according to a new study published by Science China Earth Sciences. Researchers say from 2021-2023, the Antarctic Ice Sheet saw a record-breaking mass *gain.* Tongji University researchers say satellite gravimetry data shows that from 2011 to 2020, the Antarctic Ice Sheet lost 142 gigatons of ice per year. That trend flipped between 2021 and 2023 when the ice sheet allegedly gained about 108 gigatons of ice per year. Most of the gains are in East Antarctica. Scientists say much of the gains are linked to precipitation patterns, which could be temporary. Crazy.

REPORT: Antarctica reverses trend and gains ice for the first time in decades, according to a new study published by Science China Earth Sciences. Researchers say from 2021-2023, the Antarctic Ice Sheet saw a record-breaking mass gain. Tongji University researchers say satellite gravimetry data shows that from 2011 to 2020, the Antarctic Ice Sheet lost 142 gigatons of ice per year. That trend flipped between 2021 and 2023 when the ice sheet allegedly gained about 108 gigatons of ice per year. Most of the gains are in East Antarctica. Scientists say much of the gains are linked to precipitation patterns, which could be temporary. Crazy.

Collin Rugg

8,106,089 views • 1 year ago

An occupying, colonizing force tells its victims that the path to freedom lies in betraying those who defend their sovereignty. Yet the students and educators of Iran’s University of Science and Technology, spoke to me of their determination to rebuild their university to advance their nations sovereignty: “I remember, after the assassination of certain nuclear scientists, many of our best people had registered to study nuclear science. The same happened in Aerospace field. The research center that was attacked stands as the culmination of twenty years of dedication by our researchers at the University of Science and Technology. I am confident that in less than two years, and even earlier than that, it will be rebuilt and surpass its previous level. for the knowledge forged here was created from nothing, and its legacy belongs to us.” Dr. Meisam Farajollahi, faculty member at the university targeted by US-Zionist attack. Sovereign Media VoxUmmah

An occupying, colonizing force tells its victims that the path to freedom lies in betraying those who defend their sovereignty. Yet the students and educators of Iran’s University of Science and Technology, spoke to me of their determination to rebuild their university to advance their nations sovereignty: “I remember, after the assassination of certain nuclear scientists, many of our best people had registered to study nuclear science. The same happened in Aerospace field. The research center that was attacked stands as the culmination of twenty years of dedication by our researchers at the University of Science and Technology. I am confident that in less than two years, and even earlier than that, it will be rebuilt and surpass its previous level. for the knowledge forged here was created from nothing, and its legacy belongs to us.” Dr. Meisam Farajollahi, faculty member at the university targeted by US-Zionist attack. Sovereign Media VoxUmmah

Helyeh Doutaghi | حليا دوطاقي

23,033 views • 3 months ago

ATTENTION: The World Health Organization, John Hopkins University and the Bill & Melinda Gates Foundation completed a new pandemic simulation back in October of 2022 in Belgium, Germany. These are the same exact people who ran event 201, which was a pandemic simulation they ran for Covid six months before the real Covid Pandemic hit. According to the simulation this new pandemic will originate in Brazil in 2025 and the virus is called #SEERS (Severe, Epidemic, Enterovirus, Respiratory, Syndrome). Reports in the simulation stated there’d be a billion cases worldwide with 20 million deaths, including 15 million children, with countless millions left with paralysis. SEERS is an enterovirus, like Polio, that can not only effect the nerves in the spinal cord, and cause paralysis, but it can also effect the brain stem, and make people brain dead. According to the simulation we have approx a year and half to get as ready as possible. Plan accordingly. #pandemic #pandemic2025 #Genocide

ATTENTION: The World Health Organization, John Hopkins University and the Bill & Melinda Gates Foundation completed a new pandemic simulation back in October of 2022 in Belgium, Germany. These are the same exact people who ran event 201, which was a pandemic simulation they ran for Covid six months before the real Covid Pandemic hit. According to the simulation this new pandemic will originate in Brazil in 2025 and the virus is called #SEERS (Severe, Epidemic, Enterovirus, Respiratory, Syndrome). Reports in the simulation stated there’d be a billion cases worldwide with 20 million deaths, including 15 million children, with countless millions left with paralysis. SEERS is an enterovirus, like Polio, that can not only effect the nerves in the spinal cord, and cause paralysis, but it can also effect the brain stem, and make people brain dead. According to the simulation we have approx a year and half to get as ready as possible. Plan accordingly. #pandemic #pandemic2025 #Genocide

Lion of Judah

581,666 views • 3 years ago

🇨🇳🚀 Record-breaking innovation from China! Researchers at Fudan University have developed the world’s fastest semiconductor flash memory—writing and reading data in just 400 picoseconds. That’s a trillionth of a second. 🔬 Unlike traditional memory, this new tech is fast and non-volatile—ideal for AI, where speed + data retention = everything. While some countries focus on banning chips, China is busy rewriting the future of semiconductors. Lab breakthrough today, commercial disruption tomorrow. Nature published it. The West? Still debating how to pronounce “picosecond.” 😌

🇨🇳🚀 Record-breaking innovation from China! Researchers at Fudan University have developed the world’s fastest semiconductor flash memory—writing and reading data in just 400 picoseconds. That’s a trillionth of a second. 🔬 Unlike traditional memory, this new tech is fast and non-volatile—ideal for AI, where speed + data retention = everything. While some countries focus on banning chips, China is busy rewriting the future of semiconductors. Lab breakthrough today, commercial disruption tomorrow. Nature published it. The West? Still debating how to pronounce “picosecond.” 😌

𝘊𝘰𝘳𝘳𝘪𝘯𝘦

65,142 views • 1 year ago

I am pleased to announce the approval of a new access road valued at ₦800 million at the University of Maiduguri, following a formal request by Vice Chancellor Professor Mohammed Laminu Mele. The road will connect the Science Complex to the Agricultural Department, improving mobility for students, researchers, and staff, and strengthening the university’s capacity for agricultural research and innovation. This initiative is part of our commitment under President Bola Ahmed Tinubu GCFR’s administration to expand infrastructure that supports agricultural development, academic collaboration, and national food security. We remain committed to creating environments where knowledge, innovation, and practical solutions for agriculture can thrive. #FoodSecurity #Infrastructure

I am pleased to announce the approval of a new access road valued at ₦800 million at the University of Maiduguri, following a formal request by Vice Chancellor Professor Mohammed Laminu Mele. The road will connect the Science Complex to the Agricultural Department, improving mobility for students, researchers, and staff, and strengthening the university’s capacity for agricultural research and innovation. This initiative is part of our commitment under President Bola Ahmed Tinubu GCFR’s administration to expand infrastructure that supports agricultural development, academic collaboration, and national food security. We remain committed to creating environments where knowledge, innovation, and practical solutions for agriculture can thrive. #FoodSecurity #Infrastructure

Sen. Abubakar Kyari, CON

21,995 views • 7 months ago