Rhesus macaque genome study enhances our understanding of human genetic variation
Substantially improved rhesus macaque genome reference assembly helps answer fundamental questions in genetics, cell biology and physiology.
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Substantially improved rhesus macaque genome reference assembly helps answer fundamental questions in genetics, cell biology and physiology.
Read MoreThis study assesses clinically relevant formulations of platelet-rich plasma that can delay osteoarthritis progression and improve pain.
Read MoreJoin us as we take a look back at some of Momentum’s most viewed posts of 2020.
Read MoreDuring 2020, research news on COVID-19 led the headlines, but significant contributions emerged in other fields as well.
Read MoreThis work is the first to show that the response of muscle to CELF1 overexpression depends on the cellular localization of the protein.
Read MoreActin modifications, such as those described here, are increasingly being recognized as key regulators of cytoskeleton dynamics.
Read MoreResearchers developed new models of artificial intelligence that can estimate thoughts by evaluating behavior.
Read MoreMCB-613 after a heart attack prevented the scar and maladaptive repair of heart tissue that can lead to heart failure.
Read MoreGenome sequencing analysis of biopsied tumors points at genetic explanations for exceptional responses to therapeutics.
Read MoreWhat is the role of the caregiver? Dr. Hoda Badr discusses her research and shares advice for families.
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