clot
The process is known as coagulation.
The concentration of DDT in ring seals is much higher than in arctic cod due to a process called biomagnification, where toxins accumulate at higher levels in organisms at higher trophic levels. Ring seals, being higher up the food chain, consume multiple prey items, which may contain DDT, leading to a greater overall concentration in their bodies. Additionally, seals have a longer lifespan and larger body mass, allowing for more significant accumulation of DDT over time compared to arctic cod.
The concentration of DDT in ring seals is higher than in arctic cod due to a phenomenon known as biomagnification. As DDT accumulates in the food web, predators like ring seals, which consume multiple prey species including arctic cod, accumulate higher concentrations of the chemical in their bodies. Additionally, ring seals may have a longer lifespan and greater fat storage, allowing more DDT to accumulate over time. This results in higher concentrations of DDT in ring seals compared to their prey.
Clotting proteins traveling to the wound help to stop bleeding by forming a clot, which seals the wound and prevents further blood loss. This process is essential for the body to heal and protect against infections.
Unicorn blood soaked sponge seals
They are warm-blooded animals.
platelets
Seals are able to hold their breath for long periods of time while underwater by slowing their heart rate and reducing blood flow to non-essential organs. They have a high oxygen storage capacity in their muscles and blood, allowing them to stay submerged for extended periods. They also have adaptations such as efficient lungs and a high concentration of myoglobin in their muscles to help them extract oxygen from the water.
because its the funest thing in the world to do i love the blood.
Ask someone who knows dipstick
Blood acts as a natural bandage over a wound primarily due to its clotting ability. When a blood vessel is injured, platelets rapidly gather at the site and release chemicals that promote clotting, forming a fibrin mesh that seals the wound. This clot protects the underlying tissues from infection and further injury while facilitating healing. Additionally, components in blood, such as antibodies, help combat pathogens, further aiding in the healing process.
To repair open wounds, platelets and clotting factors are the key blood components involved. Platelets play a crucial role in initiating the clotting process by aggregating at the injury site, while clotting factors help in forming a stable fibrin clot that seals the wound. Additionally, red blood cells may be necessary to restore oxygen delivery to the tissue and promote healing.