Blood is an important part of human body. Ever imagined why our blood, which is actually red in color, turns blue in veins? Well, it's because of the oxygen.
Blood is an important part of human body. Ever imagined why our blood, which is actually red in color, turns blue in veins? Well, it's because of the oxygen.
According to experts, heart pumps blood to the lungs to pick up oxygen.
Study Looks At Recent Trends In The Long-Term Survival Of Patients With Blood-Related Cancers
Adolescents and young adults who were recently diagnosed with blood-related cancers have better long-term survival rates than those who were diagnosed in the 1980s, find a new analysis.
Adolescents and young adults who were recently diagnosed with blood-related cancers have better long-term survival rates than those who were diagnosed in the 1980s, find a new analysis.
Then from arteries, the blood flows through tiny blood vessels called capillaries, where it gives up its oxygen to the body's tissues.
When the blood lacks oxygen it turns blue and returns to heart through veins.
Artificial Red Blood Cells a Step Closer
A team of Australian scientists has genetically modified human embryonic stem cells to glow red when they develop into premature red blood cells.
A team of Australian scientists has genetically modified human embryonic stem cells to glow red when they develop into premature red blood cells.
ARU
New Study Establishes Link Between Pre-Eclampsia and Diet
A new study has shown that pregnant women with pre-eclampsia have unusually high levels of a chemical compound called 'ergothioneine', which is found in unpasteurised food, in the red blood cells.
A new study has shown that pregnant women with pre-eclampsia have unusually high levels of a chemical compound called 'ergothioneine', which is found in unpasteurised food, in the red blood cells.
