Bright red period blood typically occurs on the heaviest days of your period. It is totally normal and does not mean that there is anything wrong.
Arterial Blood is Bright Red
You're going to DIE
BRBPR means bright red blood per rectum.Bright red blood per rectum.
Blood containing red blood cells filled with oxyhemoglobin appears bright red.
Not in a human, no. Oxygenated blood is bright red. Deoxygenated blood is a dark red.
It is bright maroonish red.
Red. bright (or blood) red.
Bright red blood is a sign of highly oxygenated blood. Pain, fast pulse rate and rapid respirations are generally the cause. Bright red blood is also a sign that an artery has been severed. Blood is red because it contains a chromophore (colored compound) called heme. The electronic structure of heme is such that it can reversibly bind certain other molecules, one of which is oxygen. The oxy-heme complex is bright red. If the blood came from an artery, it was probably already bright red. If it came from a vein, the heme will be a sort of dark purplish-red, but as soon as it hits the oxygen in the atmosphere, it will bind and form the bright red oxy-heme complex, so regardless of where you cut yourself, the blood is going to be bright red. When you give blood at a blood bank, the blood is drawn from a vein, and flows into a bag which keeps the oxygen out. This blood will be the dark purplish-red color of the deoxygenated heme.
You bleed from your vagina for anywhere from 4 to 9 days. The blood can be bright red and thin, dark red and "clotted", or a cross between red and brown which is called "old blood" (that happens at the beginning and end of your period).
Effortless Regurgitation of Bright Red Blood was created in 1994-05.
Bright red blood is a sign of highly oxygenated blood. Pain, fast pulse rate and rapid respirations are generally the cause. Bright red blood is also a sign that an artery has been severed. Blood is red because it contains a chromophore (colored compound) called heme. The electronic structure of heme is such that it can reversibly bind certain other molecules, one of which is oxygen. The oxy-heme complex is bright red. If the blood came from an artery, it was probably already bright red. If it came from a vein, the heme will be a sort of dark purplish-red, but as soon as it hits the oxygen in the atmosphere, it will bind and form the bright red oxy-heme complex, so regardless of where you cut yourself, the blood is going to be bright red. When you give blood at a blood bank, the blood is drawn from a vein, and flows into a bag which keeps the oxygen out. This blood will be the dark purplish-red color of the deoxygenated heme.