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Nonhuman Primates

All articles tagged with #nonhuman primates

New Research Indicates Long COVID May Be More Widespread and Impactful Than Previously Believed
health8 months ago

New Research Indicates Long COVID May Be More Widespread and Impactful Than Previously Believed

A study from Oregon Health & Science University using rhesus macaques suggests that long COVID may be more common and have delayed onset effects, including chronic health issues like inflammation and metabolic disruptions, even in cases with mild initial symptoms, indicating the need for ongoing vigilance in COVID-19 recovery.

Stem Cell Transplants Show Promise in Curing HIV.
health2 years ago

Stem Cell Transplants Show Promise in Curing HIV.

Researchers have found that a successful stem cell transplant can cure HIV, as demonstrated by two nonhuman primates cured of the monkey form of HIV after receiving a stem cell transplant. The team identified two circumstances that must coincide for a cure to occur and tracked the sequence in which HIV is cleared from the body. The insights may help develop a widespread cure for HIV, which affects around 38 million people globally.

"ARVO 2023: Life Biosciences and Iveric Bio showcase promising vision restoration data in nonhuman primates and clinical trials"
health3 years ago

"ARVO 2023: Life Biosciences and Iveric Bio showcase promising vision restoration data in nonhuman primates and clinical trials"

Life Biosciences presented preclinical data at the Association for Research in Vision and Ophthalmology (ARVO) conference demonstrating the ability to restore visual function in nonhuman primates (NHP) after delivery of a novel gene therapy candidate using a partial epigenetic reprogramming approach. The therapy significantly restored visual function in an NHP model of non-arteritic anterior ischemic optic neuropathy (NAION), a disorder similar to a stroke of the eye that is characterized by painless yet sudden loss of vision. The approach partially reprograms cells to resemble a more youthful state while retaining their original cellular identity.