DSIP – Delta Sleep Inducing Peptide
DSIP, or Delta Sleep-inducing peptide, is a neuropeptide that little is known about its gene. When DSIP is injected into the Mesodiencephalic ventricle of recipient rabbits, it decreases motor activities along with inducing Delta EEG activity, as well as a spindle. In terms of its Amino acid sequence, DSIP has a sequence of trp-ala-Gly-Gly-Asp-Ala-Ser-Gly-Glu.
DSIP Sleep Peptide Chemical Structure
The discovery of DSIP came in the mid-1970s when the Swiss Schoenenberger-Monnier group isolated the peptide from the cerebral venous blood of rabbits during when the rabbits were in an induced state of sleep.
Structure and interactions
In terms of its Amino acid sequence, DSIP has a sequence of trp-ala-Gly-Gly-Asp-Ala-Ser-Gly-Glu. It has a molecular weight of 850 Daltons.
DSIP has been found in various parts of the human body including, Limbic system, the hypothalamus in both free and bound forms, Pituitary gland, and in other organs, fluids and tissues. In the Pancreas and gut secretory cells, DSIP is found in massive amounts, and in the places mentioned above, it co-localizes with glucagon. Also, it also co-localizes with several other peptide’s mediators and non-peptide mediators in the Pituitary Gland. Some of these mediators include; Melanin-concentrating hormone (MCH), Corticotropin-like intermediate peptide (CLIP), thyroid-stimulating hormone (TSH), and adrenocorticotrophic hormone (ACTH).
NMDA receptors act as DSIP mediators in the brain. A study showed that DSIP via NMDA receptors could stimulate Acetyltransferase activity.
Under the controlled condition, DSIP was found to exhibit low molecular stability. Furthermore, under the action of an aminopeptidase-like enzyme, it only had a half-life of just 15 minutes. On the other hand, in a living body, the half-life greatly improves due to the fact that it complexes with the carrier and also due to the fact it forms a part of a significant precursor. Till date, there no gene has been identified for this precursor.
Functions of Delta Sleep Inducing Peptide
Several types of research have revealed that a DSIP with more molecular stability has tremendous roles to play in the body.
- Endocrine Regulation
- Stimulates the release of luteinizing hormone
- Reduces and inhibits the release of basal corticotropin level
- Decreases somatostatin secretion
- Stimulates release of somatotropin and somatoliberin secretion
- Ability to normalize blood pressure
- Acts as stress limiting factor
- Has an effect in preventing hypothermia and regulate body temperature
- Exhibit antioxidant effects, due to its role in Increasing the efficiency of oxidative phosphorylation in rat mitochondria under control conditions
- Has contrasting effects on sleep patterns, with some studies supporting the idea due to the fact that there is a link between Delta Sleep Inducing Peptide and Slow-wave sleep, and on the other hand, other studies don’t believe such links exist
- May also have a role to play on human lens epithelial cell function. It works through the MAPK Pathway as seen in cell proliferation, motility, differentiation, apoptosis, and survival
Clinical Studies and Lab Results
Exhibits geroprotective effects, as discovered by the same study as above, DSIP reduced the age-related switching off of oestrous function. The mice tested showed a 24.1% increase in maximum lifespan more than the controlled group and they also exhibited a 22.6 % decrease in the number of chromosome aberrations in the bone marrow cells of the mice.
Direct correlation between GILZ expression and adipogenesis, with strong links to metabolic syndrome and obesity
Studies have shown that different levels of DISP play a prominent role in patients that suffer from a major depressive disorder (MDD). Depending on the level of Delta Sleep Inducing Peptide in the plasma, and cerebrospinal fluid, there was a shift in the norm of these constituents in patients with MDD
The peptide can be a potential treatment for epilepsy. DSIP acted as an anticonvulsant to decrease the duration of fits in a study carried out on rats suffering from Metaphit-induced epilepsy.
Can this be the next anesthesia? In one such study, rather than decrease the heart rate and increase the depth of anesthesia, DSIP did the opposite when administered to Humans.
Utilized in the correction of Central system function in children after antiblastomic therapy. A study showed that DSIP reduced chemotherapy-induced impairment in the bioelectrical activity of 90% of kids ages 4-16 years old.
Another study targeted opiod and alcohol dependency. 87% of alcohol-dependent patients and 97% of opiate-dependent patients showed significantly reduced dependency after the administration of this peptide.
Studies showed Alleviation of narcolepsy as well as the normalization of disturbed sleep patterns
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Lastly, for more information on this peptide please visit this wiki page.