Genetics

Design Sem Nome 2023 11 12T191947.560

The Initial Chimeric Monkey has Surfaced, Displaying Dual Sets of DNA

In a scenario reminiscent of the initial scenes in a science fiction horror movie, scientists have injected stem cells from a seven-day-old monkey embryo into an unrelated four-to-five-day embryo of the same species. This combined embryo was then implanted into a female monkey, resulting in the first-ever live birth of a chimeric non-human primate—a fully […]

The Initial Chimeric Monkey has Surfaced, Displaying Dual Sets of DNA Read More »

Design Sem Nome 2023 09 25T204050.778

New Rare Gene Discovery Sheds Light on Male Baldness

A recent research endeavor has pinpointed uncommon genetic variations linked to male pattern baldness, including two previously unknown ones. Beyond expanding our comprehension of this condition, these discoveries hold the potential to open the door to personalized treatment approaches. Androgenetic alopecia, commonly known as male pattern hair loss (MPHL), impacts approximately 30% to 50% of

New Rare Gene Discovery Sheds Light on Male Baldness Read More »

Design Sem Nome 2023 09 23T000949.120

Why Flat-Faced Dogs Seem Cuddlier Than Long-Muzzled Ones

Researchers from multiple institutions in Hungary, including ethologists, natural scientists, and psychologists, have uncovered evidence indicating that the appeal of flat-faced dogs to humans may be linked to their greater inclination to seek assistance compared to other dog breeds. In a study featured in the journal Scientific Reports, the team conducted experiments involving two flat-faced

Why Flat-Faced Dogs Seem Cuddlier Than Long-Muzzled Ones Read More »

Design Sem Nome 10

Genetic Alteration of Individual Animal Cells

Scientists at ETH Zurich have devised a technique for genetically modifying individual cells separately within animals. This innovation streamlines the research process, eliminating the need for numerous animal experiments. By applying this novel approach, the scientists have pinpointed genes linked to a severe, rare genetic disorder. Typically, investigating the genetic origins of diseases involves deactivating

Genetic Alteration of Individual Animal Cells Read More »

Design Sem Nome 2023 08 01T082200.032

New Research Links Mitochondrial Gene Expression to Hypertensive Disorders of Pregnancy

High blood pressure (hypertension) during pregnancy poses severe risks to the pregnant and fetus. A recent study sheds light on potential contributing factors to these dangerous disorders, focusing on changes in mitochondrial gene expression. The research offers valuable insights into understanding and potentially addressing hypertensive disorders during pregnancy. Examining Hypertensive Disorders of Pregnancy Hypertensive disorders

New Research Links Mitochondrial Gene Expression to Hypertensive Disorders of Pregnancy Read More »

Design Sem Nome 2023 07 29T211101.900

Scientists Find the Key to Virgin Birth and Enable it in Female Flies

Scientists have made a groundbreaking discovery by identifying the genetic cause of virgin birth in an unexpected species, the fruit fly ”Drosophila melanogaster”. Once this ability is activated in a female fruit fly, it can be inherited by successive generations. In this process, females can reproduce either sexually with the presence of males or through

Scientists Find the Key to Virgin Birth and Enable it in Female Flies Read More »

Untitled Design 59

The  Ancient African Continent DNA Revelation! The Amazing Truth

We all have heard of Africa as the “cradle of humankind” or the “fountain of humankind”, due to the earliest evidence of human ancestors found here. A new research show on how the African ancestor mixture and a couple of truths on how they lived and connected came to light. A group of 44 researchers

The  Ancient African Continent DNA Revelation! The Amazing Truth Read More »

Design Sem Nome 2023 07 24T192703.137

Researchers Discover Genes that Directly Impact Our Food Choices

Research team leader Joanne Cole, Ph.D., an assistant professor in the Department of Biomedical Informatics at the University of Colorado School of Medicine, stated that they have identified genes associated with sensory pathways, including taste, smell, and texture, which may also impact the brain’s reward response. However, these genes could potentially be utilized to create

Researchers Discover Genes that Directly Impact Our Food Choices Read More »

Httpsimages.unsplash.comphoto 1496989981497 27d69cdad83eixlibrb 4.0.3ixidM3wxMjA3fDB8MHxwaG90by1wYWdlfHx8fGVufDB8fHx8fA3D3Dautoformatfitcropw931q80 1

DNA Can Adopt Intricate Configurations, Enabling it to Perform Novel Functions

A recent study led by researchers at Weill Cornell Medicine and the National Heart, Lung, and Blood Institute, a division of the National Institutes of Health, has found that DNA has the ability to imitate protein functions by adopting intricate and three-dimensional structures. A recent study, published in Nature, conducted by researchers at Weill Cornell

DNA Can Adopt Intricate Configurations, Enabling it to Perform Novel Functions Read More »

Design Sem Nome 64

Gene Expression Modified: Unveiling Vulnerability to Infections in Space Travel

In the realm beyond Earth, the absence of gravity poses a significant hazard to the well-being of astronauts, particularly during extended missions. Gaining insights into the response of the human body to the space environment is essential for long-term space exploration and the development of countermeasures to safeguard astronaut health. Previous scientific investigations have provided

Gene Expression Modified: Unveiling Vulnerability to Infections in Space Travel Read More »

Scroll to Top