Loggerhead turtle scute patterns shaped by genes and nest temperature
A long-term study of captive-bred loggerhead hatchlings shows that scute variation reflects both parental genetic influence and incubation temperature.
Juliet Wilcox is a Scienmag editorial specialist profile for Human Genetics coverage.
A long-term study of captive-bred loggerhead hatchlings shows that scute variation reflects both parental genetic influence and incubation temperature.
A combined epidemiological and genetic analysis finds that genetic susceptibility to higher BMI shows a linear adverse association with mortality,...
Deleting Ptprd changes excitatory and inhibitory neuron markers and disrupts synaptic transmission in the postnatal mouse somatosensory cortex.
Genetic loss of CDH1 remodels human mammary epithelial cells toward a luminal progenitor-like state, modeling an early step in invasive...
A cell study finds that the enzyme BCAT1, elevated in endometriosis tissue, promotes proliferation and migration of ectopic endometrial stromal...
An integrated single-cell and spatial transcriptomics study finds CXCR4 concentrated in dermal immune cells of psoriatic skin and identifies a...
A fatal hydatid cyst in a 32-year-old chimpanzee at the Kuwait Zoo has been genetically identified as Echinococcus granulosus sensu...
Researchers built a prognostic model from seven m6A RNA methylation-related genes correlated with cuproptosis genes in colorectal cancer and confirmed...
A male-specific form of the fruitless gene is essential for male Aedes aegypti mosquitoes' attraction to female flight sounds, according...
A new BMC Plant Biology study shows that thidiazuron treatment kept harvested kiwifruit at 27.72 newtons of firmness after 20...
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© 2025 Scienmag - Science Magazine