Answer: Internal influences may mean health hormones, as hormones are a key structure in how we function. An external influence could be sleep, as humans need sleep as a way to recharge, or diets as they have an effect on both hormones and physical durability
D.) use a tourniquet to slow anything that was in the needle while it goes through the blood stream
Hope this help! have a great day.
Answer:
Sleep debt
Explanation:
Sleep debt is the name given to the difference between the amount of sleep the human body needs to rest and the amount of sleep individuals can get from day to day commitments. It can also be defined as the difference between the amount of sleep achieved and the amount needed to keep vigil alert during the day when the amount reached is less than the amount needed.
Decreased sleep for various reasons creates a kind of debt to the body that can hardly be paid. This debt alters the body by weakening the immune system, inducing the person to have diabetes, morbid obesity, heart disease, memory impairment, poor concentration, vision problems, and sleep that never goes away. Such manifestations resulting from sleep debt may occur in the short and long term, depending on the individual's rhythm of life and the debt they have with the body. As this debt increases, so do the signals.
Answer:
A contractor who hired two sub-contractors to help work on the house would be most like to osteoblast.
Explanation:
Osteoblasts are cells that build bone, just like contractors build a house. They are cells capable of synthesizing the bone matrix, allowing the formation and growth of bone.
As bone-forming cells, osteoblasts have a large number of mitochondria and a developed Golgi apparatus. They can multiply until they are covered by the bone matrix, becoming known as osteocytes.
The other options are not correct because:
- <em>Osteogenic
: related to bone.</em>
- <em>Osteocycle
: bone cell in its mature shape.</em>
- <em>Osteococlast : cells capable of remodeling the bone, breaking it and allowing the action of the osteoblasts.</em>
I think the answer would be no
