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Research Science and Technology Nanotechnology discovery offers new hope for pancreatic cancer
Research Science and Technology Nanotechnology discovery offers new hope for pancreatic cancer
Research Science and Technology Nanotechnology discovery offers new hope for pancreatic cancer

Nanotechnology discovery offers new hope for pancreatic cancer

Sylvester Comprehensive Cancer Center and the University of Miami College of Engineering study unveils magnetoelectric nanoparticle (MENP) therapy for pancreatic cancer.

https://news.miami.edu/coe/stories/2025/11/nanotechnology-discovery-offers-new-hope-for-pancreatic-cancer.html

Research Science and Technology Nanotechnology discovery offers new hope for pancreatic cancer
Research Science and Technology Nanotechnology discovery offers new hope for pancreatic cancer
Research Science and Technology Nanotechnology discovery offers new hope for pancreatic cancer

Nanotechnology discovery offers new hope for pancreatic cancer

Sylvester Comprehensive Cancer Center and the University of Miami College of Engineering study unveils magnetoelectric nanoparticle (MENP) therapy for pancreatic cancer.

https://news.miami.edu/coe/stories/2025/11/nanotechnology-discovery-offers-new-hope-for-pancreatic-cancer.html

Research Deep-sea fish confirmed as a significant source of ocean carbonate
Research Deep-sea fish confirmed as a significant source of ocean carbonate
Research Deep-sea fish confirmed as a significant source of ocean carbonate

Deep-sea fish confirmed as a significant source of ocean carbonate

New research sheds light on the overlooked contribution of the ocean’s most abundant fish to marine carbon cycling. The findings open new avenues for studying deep-sea carbon dynamics and may improve Earth system models.

https://news.miami.edu/rosenstiel/stories/2025/07/deep-sea-fish-confirmed-as-a-significant-source-of-ocean-carbonate.html

Research Deep-sea fish confirmed as a significant source of ocean carbonate
Research Deep-sea fish confirmed as a significant source of ocean carbonate
Research Deep-sea fish confirmed as a significant source of ocean carbonate

Deep-sea fish confirmed as a significant source of ocean carbonate

New research sheds light on the overlooked contribution of the ocean’s most abundant fish to marine carbon cycling. The findings open new avenues for studying deep-sea carbon dynamics and may improve Earth system models.

https://news.miami.edu/rosenstiel/stories/2025/07/deep-sea-fish-confirmed-as-a-significant-source-of-ocean-carbonate.html

Research Academics eye-ECMO
Research Academics eye-ECMO
Research Academics eye-ECMO

Paving the way for human eye transplants

Biomedical engineer Ashutosh Agarwal is collaborating with researchers at Bascom Palmer Eye Institute and the Miller School of Medicine to develop a device crucial to their effort to complete a whole human eye transplant.

https://news.miami.edu/stories/2025/07/paving-the-way-for-human-eye-transplants.html

Research Academics eye-ECMO
Research Academics eye-ECMO
Research Academics eye-ECMO

Paving the way for human eye transplants

Biomedical engineer Ashutosh Agarwal is collaborating with researchers at Bascom Palmer Eye Institute and the Miller School of Medicine to develop a device crucial to their effort to complete a whole human eye transplant.

https://news.miami.edu/stories/2025/07/paving-the-way-for-human-eye-transplants.html

Research Scientists discover 230 new giant viruses that shape ocean life and health
Research Scientists discover 230 new giant viruses that shape ocean life and health
Research Scientists discover 230 new giant viruses that shape ocean life and health

Scientists discover 230 new giant viruses that shape ocean life and health

Study reveals new insights into giant viruses and their role in marine ecosystems

https://news.miami.edu/rosenstiel/stories/2025/06/scientists-discover-230-new-giant-viruses-that-shape-ocean-life-and-health.html

Research Scientists discover 230 new giant viruses that shape ocean life and health
Research Scientists discover 230 new giant viruses that shape ocean life and health
Research Scientists discover 230 new giant viruses that shape ocean life and health

Scientists discover 230 new giant viruses that shape ocean life and health

Study reveals new insights into giant viruses and their role in marine ecosystems

https://news.miami.edu/rosenstiel/stories/2025/06/scientists-discover-230-new-giant-viruses-that-shape-ocean-life-and-health.html

Research Science and Technology Heat-tolerant symbionts a critical key to protecting Florida’s elkhorn coral from bleaching during marine heatwaves
Research Science and Technology Heat-tolerant symbionts a critical key to protecting Florida’s elkhorn coral from bleaching during marine heatwaves
Research Science and Technology Heat-tolerant symbionts a critical key to protecting Florida’s elkhorn coral from bleaching during marine heatwaves

Heat-tolerant symbionts a critical key to protecting Florida’s elkhorn coral from bleaching during marine heatwaves

Florida scientists have identified heat-tolerant algal symbionts as a vital intervention to protect endangered elkhorn coral. Their cross-institutional collaboration offers new hope for reef restoration and resilience amid rising ocean temperatures.

https://news.miami.edu/rosenstiel/stories/2025/05/heat-tolerant-symbionts-a-critical-key-to-protecting-floridas-elkhorn-coral-from-bleaching-during-marine-heatwaves.html

Research Science and Technology Heat-tolerant symbionts a critical key to protecting Florida’s elkhorn coral from bleaching during marine heatwaves
Research Science and Technology Heat-tolerant symbionts a critical key to protecting Florida’s elkhorn coral from bleaching during marine heatwaves
Research Science and Technology Heat-tolerant symbionts a critical key to protecting Florida’s elkhorn coral from bleaching during marine heatwaves

Heat-tolerant symbionts a critical key to protecting Florida’s elkhorn coral from bleaching during marine heatwaves

Florida scientists have identified heat-tolerant algal symbionts as a vital intervention to protect endangered elkhorn coral. Their cross-institutional collaboration offers new hope for reef restoration and resilience amid rising ocean temperatures.

https://news.miami.edu/rosenstiel/stories/2025/05/heat-tolerant-symbionts-a-critical-key-to-protecting-floridas-elkhorn-coral-from-bleaching-during-marine-heatwaves.html

Research Academics conductive molecules
Research Academics conductive molecules
Research Academics conductive molecules

Unique molecule may lead to smaller, more efficient computers

A team of physicists from the University of Miami, with two collaborators, developed a new type of molecule that could offer a groundbreaking material for computer chips.

https://news.miami.edu/stories/2025/05/unique-molecule-may-lead-to-smaller-more-efficient-computers.html

Research Academics conductive molecules
Research Academics conductive molecules
Research Academics conductive molecules

Unique molecule may lead to smaller, more efficient computers

A team of physicists from the University of Miami, with two collaborators, developed a new type of molecule that could offer a groundbreaking material for computer chips.

https://news.miami.edu/stories/2025/05/unique-molecule-may-lead-to-smaller-more-efficient-computers.html

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