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Oxytocin

Oxytocin 5mg

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  • Oxytocin 5mg

Oxytocin

Availability: In stock

$30.99

Availability: In stock

$30.99
Description

What is Oxytocin?


All the information below is strictly for research purposes only. Under no circumstance should this chemical be used for human consumption.


Oxytocin is a synthetic form of naturally occurring hypothalamic hormone. After secretion, oxytocin is released into the blood circulation by the pituitary gland. The polypeptide molecule contains 9 amino acids. In 1953, oxytocin was first synthesized by the scientists, and it is one earliest sequenced peptide molecules. The prime role of oxytocin is neuromodulation in the brain. Additionally, the hormone tends to increase trust, human bonding, empathy, romantic attraction and decrease fear. Research studies are being conducted to investigate the role in human behaviors including social and emotional recognition, pair bonding, anxiety and sexual orgasm. The molecular mass of the synthetic hormone is 1007.9 Daltons and molecular formula is C43H66N12O12S2.


Oxytocin is synthesized as an active precursor from the popular OXT gene, the structure is similar to vasopressin, and however they differ in the sequence by two amino acids. Vasopressin and oxytocin are the only known human hormones, which acts distally, although others act locally such as dynorphin and corticotropin-releasing hormone. Oxytocin receptors are a G-coupled protein receptor, which requires cholesterol and magnesium ions to function optimally. Research reveals that oxytocin has trust inducing properties and it can help individuals who suffer from social anxieties and mood disorders. Oxytocin has a similar structure to vasopressin , however vasopressin has antagonistic properties to the hormone production. Recent research papers show that oxytocin may have a role in autism, it can be effective in treating affilliative and repetitive behaviors seen in autism. However, the hormone is destroyed in the gastric tract, it has a half-life of 3 minutes, and it does not enter the brain because of the blood brain barrier. In the hypothalamic gland, the hormone is biosynthesized in the magnocellular neurosecretory cells located on the paraventricular nuclei and supraoptic nuclei.


Oxytocin Chemical Profile


CAS: 50-56-6
Formula: C43H66N12O12S2
Molecular weight: 1007.2
Peptide purity: > 98.0%
Chain: c[Cys-Tyr-Ile-Gln-Asn-Cys]-Pro-Leu-Gly-NH2


Click here to read more about Oxytocin



What is Oxytocin?



Oxytocin is a synthetic form of the naturally occurring hypothalamic hormone. After secretion, oxytocin is released into the blood circulation by the pituitary gland. The polypeptide molecule contains nine amino acids. In 1953, oxytocin was first synthesized by the scientists, and it is one earliest sequenced peptide molecules. The prime role of oxytocin is neuromodulator in the brain. Additionally, the hormone tends to increase trust, human bonding, empathy, romantic attraction and decrease fear. Research studies are being conducted to investigate the role in human behaviors including social and emotional recognition, pair bonding, anxiety, and sexual orgasm. The molecular mass of the synthetic hormone is 1007.9 Daltons and the molecular formula is C43H66N12O12S2.



Oxytocin is synthesized as an active precursor from the popular OXT gene, the structure is similar to vasopressin, and however they differ in the sequence by two amino acids. Vasopressin and oxytocin are the only known human hormones, which acts distally, although others act locally such as dynorphin and corticotropin-releasing hormone. Oxytocin receptors are a G-coupled protein receptor, which requires cholesterol and magnesium ions to function optimally. Research reveals that oxytocin has trust-inducing properties and it can help individuals who suffer from social anxieties and mood disorders. Oxytocin has a similar structure to vasopressin, however vasopressin has antagonistic properties to the hormone production. Recent research papers show that oxytocin may have a role in autism. It can be effective in treating affiliative and repetitive behaviors seen in autism. However, the hormone is destroyed in the gastric tract, it has a half-life of 3 minutes, and it does not enter the brain because of the blood-brain barrier. In the hypothalamic gland, the hormone is biosynthesized in the magnocellular neurosecretory cells located in the paraventricular nuclei and supraoptic nuclei.



Currently, there are many peptides supplied in the market and it is imperative that you buy peptides from a reputable vendor. This way you can avoid complications. Oxytocin has shows to be effective in accentuating various processes such as sexual behavior, thermoregulation, and learning. Feeding, memory, maternal behavior and cardiovascular regulation just to name a few. This hormone is different from another hormone because it is a synthetic version of a natural hormone. It is imperative to note that it is secreted by the hypothalamus after stimulation of the somatotrophs. When this hormone is secreted electrical activity triggers it’s binding to neurophysin 1 and this plays an essential role in accentuating release of growth hormone. Neurophysin 1 is an essential precursor of pituitary gland because it aids to accentuate release of growth hormone. Neurophysin 1 is an important precursor of the pituitary gland as it accentuates production of oxytocin at a higher pace. Once the peptide is released from the anterior lobe of the pituitary gland, it is then transported to other parts of the body for activities.



How does oxytocin function during childbirth?



In some cases, the peptide can leave the hypothalamus and it is then distributed to the spinal cord for accentuation to different parts of the body. It is imperative to note that the spinal cord is attached to the brain via numerous receptors. Oxytocin is a peptide that is present in the female reproductive system and it influences physiology and behavior. When it is released into the bloodstream, it increases vaginal stimulation, uterine and cervical stimulation during childbirth. When you buy oxytocin for research it is imperative that you have research objectives and understand various aspects of the peptide before using it for research. Some of procedures that oxytocin is important include contractions of smooth muscles on the uterine walls. In medicine, this peptide is administered to patients to induce labor in some cases. In addition, it is very vital during childbirth because it helps in preventing hemorrhage and return of uterus to pre-gravid state.



There are other functions of oxytocin, one of it is promoting milk let down during lactation, and this is essential because it will enhance the health of the baby and enhance immunity of the baby. When the mother hears, sees or smell the baby oxytocin is produced in large quantities and this is the reason why milk duct release milk. Research also shows that the hormone is important in creating and enhancing child to mother bond. Studies reveal that oxytocin is essential in lactation and birthing process and it is imperative that it has an important role in sexual response behavior it enhances the quality of orgasms experienced. In men and women, the hormone increases during sexual intercourse because it aids in transportation of ova and spermatozoa. Moreover, the peptide is important in enhancing bonding and monogamous relationship. Other research studies show that it could be used to treat repetitive behaviors such as autism.



It is essential to note that this peptide is formed in the magnocellular neurosecretory cells that are located in supraoptic and paraventricular nuclei. When the peptide is generated, it is then stored in herring bodies where it is released when needed and it is ferried via bloodstream. Oxytocin interacts with basal forebrain it vital in regulating behaviors such as reinforcement, aggression, and fear among others. Oxytocin is expressed in different neurons and these include amygdala, septum, ventromedial hypothalamus, and brainstem. Scientific research shows that oxytocin is packaged in dense core vesicles and it is fixed to neurophysin 1. Secretion of this hormone is controlled by electrical pulses of oxytocin cells in hypothalamus and these cells are important in creating an action potential that accentuates the spread of the peptide from one end of the nervous system to the other.



Where to get oxytocin



It is imperative to note that when you purchase oxytocin it should be of a known purity and quality level this way you can avoid problems arising from deposition and other impurities on the peptide. There are many vendors in the market and choosing a verified supplier is vital in getting the best. There are many mistakes that people make when purchasing the peptide because they do not research on the supplier and the purity of the peptide thereby affecting peptide integrity and its overall functionality. Research shows that oxytocin is essential in causing stimulation of the uterine wall and according to the findings. The orientation of amino acids plays an essential role in determining how it will respond to a system. Mechanism of action of oxytocin is via stimulation of cells on different organs in the body and after production on the hypothalamus, it is then transported to different parts of the body where it exerts its functions. The half-life of endogenous hormone is low when compared to the synthetic version. This is a key area of research because without an accentuated functionality the peptide will fail to produce a result.



Oxytocin is synthesized on magnocellular cells as indicated and it is transported to target organs for functional use. In the brain, neurons pick up signals of this peptide and the origin of the peptide in primates is not yet identified. However, mode of action and its functions cannot be underestimated. When you buy oxytocin online, it is imperative that you purchase peptide from a certified vendor who will give you quality. In addition, you should check the label if it matches the amino acid sequence matches conventional or international peptide sequence. Peptide configuration and its functionality play an important role in enhancing its activity and it is important to note that maintaining a stable configuration is vital for peptide functionality. You should follow manufacturer’s information to ensure that the peptide is at its best condition. Alteration of any parameters will affect the functioning of this peptide. In modern science, oxytocin has gained a huge popularity because researchers are looking for an avenue to bring out a new aspect of research and development.



It is important to note that since oxytocin is a natural hormone it is not tightly regulated like other hormones or peptide. According to research, this hormone increases trust among individuals and people use it to enhance bonding. Oxytocin travels through air and a person within six feet radius can pick up the hormone through the skin or via nasal means. Research shows that it can last for six to nineteen days without losing its efficacy. In addition, this peptide is powerful in social relationships and it can help in changing a social relationship into love. In cases where flirting is involved, it can help build trust. If you are looking for a way to use oxytocin for research then administering the peptide in a known concentration is crucial to attaining desired quality.



In addition, it is imperative that you get the peptide from certified vendors and this will help in increasing the sensitivity of the peptide. Oxytocin sold in the market is not for the same purpose and it is crucial that you check details before making any purchase. Studies show that administration of oxytocin to test subject increases sexual arousal. According to a study, oxytocin was injected into male and female mice and behavior monitored. Findings showed that the female mice showed reddening of sexual organs, solicitation behaviors, and lordosis. On the other hand, male mice sought females and they experienced erections. Oxytocin receptors work via G-coupled proteins and it is found in the central nervous system and the mammary glands. The working system of this peptide is bound to its bioavailability and amino acid configuration.