Researchers develop early detection algorithm for neurodegeneration in Xeroderma pigmentosum (XP) patients.
Latest in Genetics
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BioinformaticsBiologyDNAGeneticsGenomicsMount Sinai HospitalMount Sinai School Of MedicineSciTech News
Genetic Jigsaw: Piecing Together the Human Pangenome
by Manuel Costaby Manuel CostaDiscover how Dr. Eimear Kenny and the international Human Pangenome Reference Consortium are advancing genomics with a more inclusive human …
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BiologyBlood PressureGeneticsHypertensionQueen Mary University Of LondonSciTech News
Cause and Cure Discovered for Common Type of High Blood Pressure
This text discusses the discovery of a gene variant causing a common type of high blood pressure and a possible …
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Baylor UniversityBiologyBrain TumorCancerGeneticsGlioblastomaSciTech NewsStanford University
Stanford Scientists Identify Genes Linked to Familial Brain Cancer
by Klaus Müllerby Klaus MüllerDiscovering genetic links to familial glioma: Stanford researchers identify genes associated with rare brain cancer, paving the way for screening …
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AntsBiologyGeneticsInsectJohannes Gutenberg University MainzSciTech News
Defying Fundamental Laws of Biology – Scientists Discover Real-Life Chimeras
by Manuel Costaby Manuel CostaDescription: Scientists discover male yellow crazy ants defy biological laws as chimeras, possessing two distinct genomes within their bodies.
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Anxiety DisordersBiologyGeneticsMedicineSciTech NewsStressUniversity Of BristolUniversity Of Exeter
Anxiety Relief in Sight: Scientists Identify Key Gene
Scientists identify a key brain gene linked to anxiety, showing that modifying it can reduce anxiety levels, paving way for …
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BiologyDiabetesExerciseFitnessGeneticsSciTech NewsUniversity Of Sydney
Power of Exercise: Countering High Genetic Risk of Type 2 Diabetes
Discover the power of physical activity in countering the risk of type 2 diabetes, even for those with a high …
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BiologyCRISPRFood ScienceGeneticsKAUSTMedicineNutritionSciTech News
Genomic Innovation in Rice: Transforming Black, Brown, and Red Varieties With CRISPR
Explore how CRISPR technology and genomic studies are revolutionizing pigmented rice varieties, enhancing their nutritional value and agronomic traits.
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BiologyCancerDNAGeneticsSciTech NewsStanford University
Stanford Medicine Reveals: Tiny DNA Circles Defying Genetic Laws Drive Cancer Formation
Discover how ecDNA, tiny DNA circles defying genetic laws, play a crucial role in cancer formation, driving tumor growth and …
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BiologyCRISPRFood ScienceGeneticsKAUSTMedicineNutritionSciTech News
Genomic Innovation in Rice: Transforming Black, Brown, and Red Varieties With CRISPR
Explore how CRISPR technology and genomic studies are revolutionizing pigmented rice varieties, enhancing their nutritional value and agronomic traits.