I was wondering, just out of curiosity, if that would work.
Best answer:
Answer by Nicky
I doubt it, unless something was specifically made for something like that to occur.
What do you think? Answer below!
Answer by Nicky
I doubt it, unless something was specifically made for something like that to occur.
Answer by Mad_Theorist
If administered at the correct dosage they shouldn't be too bad, although like any drug it's sending your body chemistry in directions it's not used to. Large doses of them could cause problems and I suspect there's a chance your body could counteract them by simply shutting down it's own hormone production, but not sure about that.
Answer by RIP Wes Leonard 117
I don't know.
Answer by Carlitos
I don't' know! sorry :(
Answer by Emz
'Systems' is quite a broad term. It probably is refering to the Integumentary system, Skeletal, Nervous, Muscular, Digestive, Circulatory, Respiratory, Reproductive, etc etc. If you look up those words you can find out what they mean, but it's pretty easy: for example, integumentary is like skin, so it's function is to be a protective barrier; Circulatory is to transport materials (like oxygen and wastes) through the body.
Answer by Greg
Ask your local doctor and can someone answer my question upset
http://answers.yahoo.com/question/index?qid=20111003141546AAg3LzT
Answer by Wanderer
are there any cultures on this planet who do not use dairy products ?
if so - what is their state of health ?
Answer by Chris
heavy squats and deadlifts
fuck interval training
Answer by Ryan C
yup
Answer by Aragorn
Probably not much help for you there. HGH helps if you have a growth hormone deficiency, but only if you take it early enough. You might benefit slightly, but you'll need to be assessed right away for your bone age and your own growth hormone levels. It's expensive and at this point might only give you an extra inch. Sorry, but I've looked into this scenario before.
Answer by Jessiekatsopolous
Better ask the doc that one, honey.
Answer by Nathan Nice (Flowin' Owen)
Trust me, Growth hormones are the WORST thing you can do to your body.
I'm 5"10 and wanted to grow to be about 6"1, so I took HGH (Human Growth Hormones) last year, and it resulted in my Hormones level to be imbalanced. That caused me to produce a very foul body odor, and caused excessive sweating, temper tantrums, mood swings, etc.
I speak from experience, its not worth it. FYI I only grew like an inch.
Answer by Duo Seeker
Yes, exactly. People take it to become giants. Like the ones you see all around you. That's why it's so popular; everyone wants to be a giant.
Answer by black57
Yes, briefly, on my way to work. I have read some interesting things about it. I discoered that even if you are an adult, your body is capable of producing it.
Answer by BleedScarlet&Gray
they make your penis stronger and longer, but I think that is positive and not negative
you do get less HGH but if you eat it you will gain it back
Answer by John Craig
Sprinting
Put on your running shoes and hit the running track! Start sprinting down the straight like a champion. Your body will use up a lot of energy very fast. Your system will compensate by secreting more human growth hormone. This will make your legs grow longer. And with elongated legs, you'll naturally be a taller person!
Swimming
Don't like to run? Then try swimming instead. Make sure you complete a minimum of ten laps when you're in the water. Tire yourself out. Your body will start pumping adrenalin which also relieves the stress that prevents you from growing. The more swimming sessions you undergo, the more your backbone will stretch. This will create spaces between the bones which then have to grow naturally.
Answer by music_literature_freak
You probably have enough money to afford it and your growth plates have not closed yet. Usually, your growth plates mold together by the time you're in your early 20s.
Answer by Charlie
milk and cheese have been around a long time are the leaders in that field, but with pasteurization altering the contents of milk and cheese, it takes a lot more of it.
Answer by Peter K
You can get them from your doctor who will prescribe them if you need them
Answer by 'Sunnyside Up'
No and it will also help make you grow old faster as well as it destroys brain cells extremely fast.
Answer by drbeat1023
Most likely you'd need to see an endocrinologist to determine whether you meet the criteria for human growth hormone deficiency.
Answer by lv_consultant
nope, the growth plates fuse during the final stages of puberty. HGH is expensive it would run a good $ 1,500-2,000 a month to use dosages high enough to cause skeletal growth
Answer by Crock a duck
Humans grow due to a number of factors. If you are 26 and still experiencing growth you may want to have an MRI done to make sure your pituitary gland is alright.
Answer by Travis
I don't see why it would. It builds muscle mass.
Answer by jud
a lot. It is an antioxidant, it helps in tissue growth and repair, adrenal glad function, and healthy gums. Helps in the production of anti stress hormones and interferon, an important immune system protein, and is needed for the metabolism of folate, tyrosine, and phenylalanine. Helps prevent cancer, protects against infection, and enhances immunity. It increases the absorption of iron. It will combine with toxic substances and render them harmless. It's essential in the formation of collagen, normal blood clotting and bruising, and the fast healing of wounds and burns. It works together with other vitamins and minerals for optimal metabolism.
Answer by The ones you fear
well its no big surprise. lots of players are still using steroids, mlb is going to have to take a harsher stance on steroids and even then its going to take years to restore the reputation of the game if its ever possible.
I honestly have to say that if Barry manages to break hank Arron's record its going to do more to turn ruin the game then almost anything else.
Answer by HonorHumility
TOFU is going to be your new best friend. Good luck.
Answer by Karan S
After 18 years of age, the chances of increasing your height are not too good. Well, you could try the following exercise regime: Please note:
1. Please do warm up exercises before other stretching exercises.
2. Do not exceed the pain threshold.
3. Increase the number of repetitions gradually from 5 counts to 15 counts.
4. Do your exercises with breathing in and out rhythm.
Warm up Exercises:
Shoulder Circles
- Stand tall, feet slightly wider than shoulder-width apart, knees slightly bent.
- Raise your right shoulder towards your right ear, take it backwards, down and then up again to the ear in a smooth action.
- Repeat with the other shoulder.
Arm Circles
- Stand tall, feet slightly wider than shoulder-width apart, knees slightly bent.
- Lift one arm and reach forward, lift it up and backwards in a continuous circling motion.
- Keep the back straight at all times. Repeat with the other arm.
Upper Back Stretch
- Stand tall, feet slightly wider than shoulder-width apart, knees slightly bent.
- Interlock your fingers and push your hands as far away from your chest as possible, allowing your upper back to relax.
- You should feel the stretch between your shoulder blades.
Shoulder stretch
- Stand tall, feet slightly wider than shoulder-width apart, knees slightly bent.
- Place your right arm, parallel with the ground across the front of your chest.
- Bend the left arm up and use the left forearm to ease the right arm closer to you chest.
- You will feel the stretch in the shoulder. Repeat with the other arm.
Shoulder and Tricep Stretch
- Stand tall, feet slightly wider than shoulder-width apart, knees slightly bent.
- Place both hands above your head and then slide both of your hands down the middle of your spine.
- You will feel the stretch in the shoulders and the triceps.
Trunk Twists
- Stand tall with your feet slightly wider than hip-width apart, knees slightly bent, hands resting on hips.
- Rotate the upper body slowly and smoothly to bring right shoulder to the front.
- Rotate the upper body slowly and smoothly to bring left shoulder to the front.
- Keeping your back straight and your hips facing forward.
Side Bends
- Stand tall, feet slightly wider than shoulder-width apart, knees slightly bent, hands resting on the hips.
- Bend slowly to one side, come back to the vertical position and then bend to the other side.
- Do not lean lean forwards or backwards.
Hamstring Stretch
- Stand tall, feet slightly wider than shoulder-width apart, knees slightly bent and the feet pointing at approximately 45 degrees to the side.
- Hold your hands out in front of you for balance.
- Bend at the knees until your thighs are parallel with the floor (Squat).
- Straighten your legs to return to your starting position.
- At all time keep your back straight, look straight ahead and ensure your knees always point in the same direction as your feet.
- You will feel the stretch in the hamstrings.
Calf Stretch
- Stand tall with one leg in front of the other, hands flat and at shoulder height against a wall.
- Ease your back leg further away from the wall, keeping it straight and press the heel firmly into the floor.
- Keep your hips facing the wall and the rear leg and spine in a straight line.
- You will feel the stretch in the calf of the rear leg.
- Repeat with the other leg.
Hip and Thigh Stretch
- Stand tall with you feet approximately two shoulder widths apart.
- Turn the feet and face to the right.
- Bend the right leg so that the right thigh is parallel with the ground and the right lower leg is vertical.
- Gradually lower the body.
- Keep you back straight and use the arms to balance.
- You will feel the stretch along the front of the left thigh and along the hamstrings of the right leg.
- Repeat by turning and facing to the left.
Other Exercises and activities you can do are:
- Stand in front of a high shelf. Try to raise yourself up on toes as if to keep something there.
- You can stretch your vertebral column with hanging exercises on the wall bars.
- Lie on the floor with face down. Ask someone to hold your ankles. You try to push up with your arms until you are straight and try to walk your hands forward. Your body should not sag.
- Try movements like climbing a tree.
Some activities which you could try: -
- Jump over two hurdles
- Do rope skipping
- Practice high jumps
- Do bicycle riding.
The whole regime might take you a month to accomplish. Go gradually and you will succeed
Answer by TOWFEEQ UMAR
Neural and Hormonal Affects
There are two different factors involved in heart rate management: intrinsic and extrinsic controls. Intrinsic regulation of heart rate is the result of the unique nature of cardiac tissue - it is self-regulating and maintains it's own rhythm without direction. Extrinsic controls are those that come from both hormonal responses as well as the commands from the nervous system: the central nervous system and the autonomic nervous system. Extrinsic regulation can cause the heart rate to change rapidly because of chemicals that circular in the blood or by directaction of nerves that go to the heart.
A good example of this is to measure heart rate changes when certain words or emotions are said or felt without a muscle contracting. Say the words, "we are going tohave a surprise test today" and watch heart rate extrinsically increase. Put on a heart rate monitor and sitting completely still watch a movie and watch heart rate jump during a car chase or action thriller. There is no cardiovascular or cardio respiratory change as a result of this change in heart rate; it's simply the affect on the heart ofchemicals and nerves responding to an external experience.
The cardiovascular control center for the body is located inthe ventro-lateral medulla. Here heart rate slows if activated by the cardio inhibitory center in the medulla or speeds up if activated by the cardio accelerator.
From this site, the two channelsof the autonomic nervous system originate the sympathetic and parasympathetic components. The sympathetic components increase heart rate by releasing the neural hormone catecholamines - epinephrine and norepinephrine. These hormones are cardio accelerators. Acceleration of theheart rate is called tachycardia.
The parasympathetic nervous system located in the brain stem and upper or sacral portion of the spinal cord slowsheart rate. The parasympatheticcomponents decrease heart rate. These neurons release the neurohormone acetylcholine, which inhibits heart rate. The slowing of heart rate is called bradycardia.
The combination of the neural and chemical components regulates heart rate and other heart functions. When you begin to exercise in heart zones1-3, heart rate increases because parasympathetic (cardioinhibitory) stimulation stops. During more strenuous exercise, heart zones 3-5, the heart rate increase occurs by direct activation of the sympathetic cardioaccelerator nerves.
Exercise excites the relationshipbetween the sympathetic accelerators and the parasympathetic depressor neurons. This change in the balance in their activity called tonic activity leads to more involvement of the vagus nerves. The vagus nerves carry about 80% of the parasympathetic fibers, those responsible for slowing heart rate. With increased vagal dominance, heart rate values change and slow. One of the training effects is the slowing of resting and ambient heart rates. This is the result of the effect of fitness on the tonic activity and the favoring of greater activity by the vagus nerves to slow heart rate. Theseadaptations following zone 1-3 or aerobic training occur to those who are sedentary and begin and exercise program as well as those who maintain one. This is one of the benefits of training, a significant resting bradycardia.
The central nervous system plays the greatest role in controlover heart rate during exercise. When you start a movement pattern, the central nervous system sends impulses through the cardiovascular center in the medulla. There is a coordinated and quick response of both the heart and the blood vessels to change blood pressure, tissue perfusion to respond to the requirements.
A good example of the central command involvement is with anticipatory heart rate. Before an event begins, if the individual anticipates with excitement and enthusiasm the event, heart rate increases dramatically without any muscular involvement. Anticipatory heart rate or your heart rate immediately before exercising in one experiment averaged 148 bpm when the announcer started giving starting commands to a group of sprinters. In this experiment, heart rates increased 140% in anticipation of the starting of this 60-yard dash. In fact, the body that the body increases heart rate in anticipation is good because it provides for the rapid mobilization of it's bodily reserves by revving the body's engine. Research shows that the longer the event, the lower the anticipatory heart rate changes.
Answer by Thumbs
you know the last time i checked, this was america.