The anterior pituitary peptides are bioengineered parts of molecules from glandular extracts. Glandular products have been used in Europe for years and are usually taken from animal sources such as lamb, bovine or porcine. These are pharmaceutical grade and specially prepared from disease free herds and flocks.

Thyroid Stimulating Hormone (TSH) causes the thyroid gland to produce and release thyroid hormones. Thyroid hormone controls the basal metabolic rate and plays an important role in growth and maturation. Thyroid hormones affect almost every organ in the body. Adrenocorticotropic Hormone (ACTH) triggers the adrenals to release the hormone cortisol, which regulates carbohydrate, fat, and protein metabolism and blood pressure.

The pituitary is a small, pea-sized gland located at the base of the brain that functions as "The Master Gland." From its lofty position above the rest of the body it sends signals to the thyroid gland, adrenal glands, ovaries and testes, directing them to produce thyroid hormone, cortisol, estrogen, testosterone, and many more. These hormones have dramatic effects on metabolism, blood pressure, sexuality, reproduction, and other vital body functions.

Peptides (from the Greek word "digestible") are simple chains of a few amino acids. Polypeptides are somewhat longer chains of amino acids, up to a few dozen amino acids in length. As these become longer and fold upon themselves, they become proteins. Peptides often function as cell signaling messengers to initiate immune responses and cell growth, repair and regeneration, and when associated with sulfur function as detoxifiers and antioxidants.

The ACL is a ligament in the middle of the knee that connects the tibia (shinbone) to the fibia (thighbone).

The anterior cruciate ligament (ACL) is one of two ligaments that are inside the knee. This ligament is frequently injured in sports. When the ACL is torn, the knee will often be unstable and it will be impossible to play sports that involve cutting, running, and jumping. Surgical and rehabilitation advances have made the ACL injury less of a threat to athletic careers than it used to be.

A pituitary tumor is an abnormal growth of pituitary cells. Pituitary tumors can either be nonfunctional (that is they do not secrete hormones) or produce specific hormones, such as prolactin (causing infertility, decreased libido, and osteoporosis), growth hormone (causing acromegaly), ACTH (causing Cushing's), TSH (causing hypothyroidism), or be nonfunctional (that is they do not produce hormones).

A pituitary tumor is a tumor that begins in the pituitary gland. Most pituitary tumors are not cancer. In fact, cancerous pituitary tumors are so rare that state and national cancer agencies keep no record of how many people get them each year. Benign (non-cancerous) pituitary tumors are also rare. About 3,000 people get them each year.

The pituitary gland is a small gland located behind the nasal sinuses and above the roof of the mouth at the base of the skull. It is connected to the hypothalamus, a part of the brain. Together, the two control the production of many of the important hormones in the body. The pituitary gland sits in a tight bony space and has little room to grow or expand when swollen or if there is a tumor.

CDI itself does not interfere with menstruation or fertility. However, it may be associated with these or other problems if the disease or injury that caused the DI also damages adjacent parts of the brain or pituitary where other hormones are normally produced. Head trauma is one of the things that can cause this kind of collateral damage, but it does not always do so. Therefore, each patient with CDI must be evaluated separately to determine if any of the other hormones have been affected.

Skin Remodeling Copper-Peptides are powerful anti-inflammatories that help trigger the skin's natural mechanism of renewal and the 'pushing' up to the fore layer healthy 'remodeled' skin. Only certain types of copper-peptide complexes have this range of tissue regenerative and remodeling actions. The only types of copper-peptide complexes that have these actions, as demonstrated by independent and published studies, are those invented by Dr. Loren Pickart.

All peptides are made at the University of Bristol Peptide Synthesis Facility. We do not use subcontractors for synthesis or analysis.

The solubility of peptides is sequence dependent. Many peptides will solubilize readily in water or phosphate buffered saline with gentle sonication. If the peptide will not dissolve readily varying the pH can help. If the peptide is acidic, try raising the pH slightly. If it is basic, try lowering the pH. For more hyrophobic sequences, some organic may be necessary to dissolve the peptide. Dimethylformamide(DMF) or Dimethylsulfoxide(DMSO) can be added if it is compatible with your protocols.

For maximum stability GPS recommends that peptides be stored lyopholized at -20C. If a peptide is to be stored in solution it is recommended that individual aliquots are frozen to to avoid numerous freeze/thaw cycles that can degrade the peptide.

Peptides are supplied as a lypholized powder, with a triflouoroacetate counter ion. Other counter ions are available upon request.

Hey, I just found this site and am a beginner. After reading a lot of posts about lots of different stuff, it's clear that I've found a great group of people with good information - thanks! I'm doing basic protein shakes and a good diet in addition to the workouts. Not planning anything fancy on the supplements side for now. I'm a hardgainer and am trying to bulk up. Just ordered N Large 2.

Found some info on this! This is from ProteinFactory.com's website. They sell both L-Glutamine and Glutamine Peptides but say that the Peptides are better absorbed because they are a smaller molecule. On the down side, they apparently taste far worse than regular glutamine. Maybe that's why they are often sold as pills instead of powder.

R|three contains the most exclusive, expensive and highly concentrated peptides available for skin care. The percent of peptides in R|three are extremely high and rarely seen in skin care products. These peptides actually help to stimulate our skin and collagen cells. We need to do this because as we age the process of new skin and collagen cell development slows down dramatically. We also have sustained collagen and elastin cell damage from our exposure to UV rays in our early years.

Surgical reconstruction of a torn ACL involves replacing the torn ACL with a tendon (called a graft) from another part of the knee and putting it into a position to take the place of the torn ACL. The most commonly used graft is taken from the middle third of the patellar tendon (the tendon connecting the knee cap to the tibial bone). Hamstring tendon grafts taken from the inner thigh to the back of the knee are also used.

The ACL is the most important structure in the knee for providing stability during sporting activities which involve changing of direction while moving at speed (including football, tennis, skiing). If the knee is unstable, cartilage wear & tear occurs at a much faster rate than normal which leads to arthritis of the knee joint. An ACL tear is one of the commonest serious injuries in sport - for example, in the AFL, 12% of all matches missed due to injury are from ACL tears.

In most cases, yes. A torn ACL renders the knee unstable in pivoting and jumping. This can lead to cartilage damage and arthritis. ACL reconstruction helps prevent these problems and restore an active lifestyle. If you are older or content with a more sedentary lifestyle, non-surgical treatment may be suitable.

Yes. We do offer benefits for ACL. The policy has to be in force for a minimum of 12 consecutive months before diagnosis.

If you currently are using a benzoyl peroxide product and would like to try Skin Remodeling Copper-Peptides (SRCPs) in your skin care regimen, please carefully review the following: The effectiveness of either product will not be lessened if both are used. However, Skin Biology recommends that the SRCPs perhaps be applied later at night (or at opposite ends of the day).

Tumors (overwhelmingly benign), inflammation, infections and injury can cause the gland to malfunction, as well as metastasis or spread of other tumors to the pituitary (rare). Radiation therapy to the brain can also cause normal pituitary cells to malfunction.

It depends on the type of tumor and how far it has invaded into the brain, as well as the patient's age and overall health. Three kinds of treatment are used: surgery (removing the tumor during an operation), radiation therapy (using high-dose x-rays/proton beams to kill tumor cells) and drug therapy to shrink and sometimes eradicate the tumor. Drugs can also block the pituitary gland from making too much hormone.

Pituitary tumors that affect hormones may cause a variety of symptoms, which are related to high hormone levels and production. These symptoms will be different in children than in adults. Growth hormone-secreting adenomas in children may cause: Other more rare kinds of pituitary tumors cause other symptoms. It is important for anyone who is experiencing any unusual symptoms to see their doctor.