What happens when the waste from our body is not removed from it?
What do you think will happen when feces, carbon dioxide, urine, etc. will not be removed from our body if there is no excretory system in every organism? If you have recommendable sources, please let me know. Thank you.
How does fat leave the body?
This may sound like a crazy question. I'm guessing through your waste, urine, feces, and sweat it out through your pores? All of these ways? Anyway, I've been working out and drinking plenty of water, doing much cardio for at least 30 - 45 minutes on my exercise bike. Eating small portions of whatever I want within reason 6 times a day. I've been losing a lot of weight and inches in the first week and a half. I'm already seeing a difference. I'm losing my baby gut and on my way to viewing a six pack abdominals for the first time ever in my life. It one day came to me as a question how does fat really leave the body, and also I know that fat is burned and used up after at least 30 minutes of cardio, how does the body use fat as well when it comes to using it for energy?
Does body by vi work?
Does it? I wanna know before i waste my money. My mom, dad and I are gonna go on it and were assuming it works. Did it work for you? I want to do the weight kit, my mom wants to do the shape kit and my dad wants to do all of them. How well did it work for you on a scale of 1-78? how much weight did you lose? Thanks :]
If your body uses protein first -is it possible to eat as much protein as you want?
Your body does not use protein first. It uses glucose, then fat, then protein. It uses protein last because of how vital protein is in living organisms. Personally, I do not think it is a good idea to avoid carbs. They are your bodies main energy source. LOL, I have not a clue why it is always raining in England. I am in southern California with almost NO rain this year.
How does your body turn food into poop?
I'm not a gastroenterologist, but as a sophomore biomedical engineering major with intro physiology under my belt, I'll take a stab at this question.We must trace the steps of digestion to understand this.First, your mouth mashes up the food into a pretty soft and amorphous blob (if you ever spat something out after chewing it a bit, you'd know what I mean). This already is chemically different from what you had on your plate since your saliva began some digestion.Assuming you didn't spit it out, your throat gradually brings the food down to your stomach. Once it reaches the stomach, your food ends up digested with hydrochloric acid and an enzyme, pepsin, meant to break proteins down. Add in some bile from the liver to dissolve the fats, too. At this point, your food slowly turns into a chemical soup of bits of proteins and fats, and sugars, too. This soup is called chyme.After that, your chyme continues to the small intestines, where most of the nutrients are actually absorbed. Some water may be absorbed too (this I forget).But by the time your food leftovers from the small intestines reach the end of the long intestines, there's really only waste. This could be simply stuff your body doesn't need at the moment, or it could be stuff that you would never want in you, anyway. Add in that some of poop is actually gut flora that got swept along, and it's kind of a biological waste bomb of random bacteria, anything they produce, and the waste proteins, fats, and what not from your food, and there's little wonder it's not exactly a pleasant smelling thing.
What happens with too much nitrogen in the body?
Uremia is a clinical state in which the blood urea nitrogen level, an indicator of nitrogen waste products, is elevated. In uremia, the kidneys’ failure to filter nitrogen waste properly leads to excessively high levels of nitrogen wastes in the bloodstream.Uremia is life-threatening because too much nitrogen in the blood is toxic to the body. Symptoms of uremia include confusion, loss of consciousness, low urine production, dry mouth, fatigue, weakness, pale skin or pallor, bleeding problems, rapid heart rate (tachycardia), edema (swelling), and excessive thirst. Uremia may also be painful.Uremia is reversible if treated quickly; however, permanent damage to the kidneys may occur. Kidney failure may also result from the underlying processes that cause uremia.