Polypeptides are compounds in which alpha-amino acids are linked together by peptide bonds and are also intermediates in protein hydrolysis. A compound obtained by dehydration condensation of two amino acid molecules is called a dipeptide, and analogously, a tripeptide, a tetrapeptide, a pentapeptide, and the like. A compound usually obtained by dehydration condensation of 10 to 100 amino acid molecules is called a polypeptide
Active peptide species
Immunologically active peptides, neuroactive peptides, other active peptides, and the like.
Other active peptides include: cholesterol peptides, peptides that promote mineral absorption (CPPS), enzyme modulators (such as trypsin peptides), hormone peptides such as growth hormone releasing factor (GRFS), albumin insulin potentiating peptides, and antimicrobial peptides ( Such as nisin, rubberin), anti-cancer polypeptides (such as tumor cell necrosis factor, cyclohexyl peptide), anti-AIDS peptides (such as GLQ protein)
Active peptide properties
Bio-extracted peptides are highly active, so they are called active peptides! Only active peptides can produce good results on the human body! However, many of the synthetic peptides are inactive and need to be screened. Only active peptides can be safely used by the human body!
Impact on the human body
The active peptide mainly controls the growth, development, immune regulation and metabolism of the human body. It is in a state of balance in the human body. If the active peptide is reduced, the function of the human body changes significantly. For children, his growth and development become slow. Even stop, forming a dwarf for a long time, for adults or the elderly, lack of active peptides, their own immunity will decline, metabolic disorders, endocrine disorders, causing various diseases, such as insomnia, body weight loss or edema. Since the active peptide also acts on the nervous system, the human body becomes slow-moving, the mind is no longer intelligent, and more importantly, the active peptide is reduced, which directly causes the aging of various parts of the body to gradually cause various diseases.
Type editing of peptides
At different ages, the secretion of various active peptides is also very different. According to the amount of secretion, people's life can be generally divided into:
1 adequate secretion period (adolescents before the age of 25) during this period, the amount of secretion is balanced, the immune function is strong, and the human body is generally less prone to disease;
2 Insufficient secretion period (unbalanced period) (30-50 years old and middle-aged) If there is insufficient or imbalance of active peptide secretion, various related sub-health status and mild disease symptoms will occur (common in people over 40 years old) ;
3 Secretory period of scarcity (severe period) (semi-aged and old age of 50 years) This period is severe. If the active peptide is seriously deficient and severely imbalanced, there may be prominent symptoms of aging, or may cause various related diseases (50 The population above the age is more obvious);
4 secretion termination period (aging period), this period is very short, because the control of human secretion of "Commander" active peptide is not secreted or secreted, resulting in cell function decline, causing organ failure and loss, and finally lead to the end of life.
List as followings:
|2mg MGF||Very safely packages||Lab Research|
|2mg-PEG MGF||Very safely packages||Lab Research|
|2mg-CJC-1295 DAC||Very safely packages||Lab Research|
|5mg-CJC-1295||Very safely packages||Lab Research|
|2mg-PT-141||Very safely packages||Lab Research|
|5mg-MT-1||Very safely packages||Lab Research|
|10mg- MT-2||Very safely packages||Lab Research|
|2mg-GHRP-2||Very safely packages||Lab Research|
|2mg-GHRP-2||Very safely packages||Lab Research|
|10mg-GHRP-6||Very safely packages||Lab Research|
|5mg-GHRP-6||Very safely packages||Lab Research|
|2mg-Ipamorelin||Very safely packages||Lab Research|
|2mg-Hexarelin||Very safely packages||Lab Research|
|2mg-Sermorelin||Very safely packages||Lab Research|
|2mg-Oxytocin||Very safely packages||Lab Research|
|2mg-TB500||Very safely packages||Lab Research|
|2mg-BPC 157||Very safely packages||Lab Research|
|2mg-176-191||Very safely packages||Lab Research|
|2mg-Triptorelin||Very safely packages||Lab Research|
|2mg-Tesamorelin||Very safely packages||Lab Research|
|2mg-Gonadorelin||Very safely packages||Lab Research|
|10mg-Gonadorelin||Very safely packages||Lab Research|
|2mg-DSIP||Very safely packages||Lab Research|
|5mg-Selank||Very safely packages||Lab Research|
How to practice the rhomboid muscle? Rhomboid exercise method!
How to practice the rhomboid muscle is almost no one to discuss this issue! Because they are in most of the back training! The rhomboid muscle will participate! So it becomes so humble!
Location: The rhomboid muscle is located in the center of the back and is a small, rhomboid muscle that is covered by the lower trapezius muscle and deep in the body.
The rhomboid muscle is further divided into large and small rhomboid muscles: there is a very thin layer of honeycomb tissue between the small rhomboid muscle and the large rhomboid muscle.
Starting point: 6th and 7th cervical vertebrae and 1st to 4th thoracic spinous processes.
End point: the medial edge of the scapula.
Function: Lift the scapula, retract and lower the scapula when it is nearly fixed. When it is far fixed, the sides are contracted to stretch the thoracic spine.
Strong rhomboids can reduce the likelihood of a hunchback. You can avoid the appearance of ugly posture and reduce the potential for injury by exercising the rhomboid muscle.
How to exercise?
We look at the anatomical position function of the rhomboid muscle! It mainly drives the movement of the shoulder blade, lifting, retracting, maneuvering...
The best ways to exercise are:
Starting position: sitting on the bench, legs stretched forward, slightly bent knees, the soles of the feet against the front pedal, the arms are naturally straight, the shoulders are relaxed, and the upper body is flexed.
Action essentials: The back muscles contract with force, so that the two arms bend the elbows to the chest and abdomen, the shoulder blades close to the spine, tighten the back muscles, stay for 1-2 seconds, return along the original route, fully stretch the back muscles, and then continue get on!
Points to note: When pulling up, think about letting the main force come from the contraction of the back muscles, not by shaking the body. When pulling up, the waist should be tightened, and the upper body should not be shaken as much as possible to maintain balance.
|Contact Person :||Miss. Anne|