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- Table of Contents
Facts about Secretin receptor.
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Human | |
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Gene Name: | SCTR |
Uniprot: | P47872 |
Entrez: | 6344 |
Belongs to: |
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G-protein coupled receptor 2 family |
pancreatic secretin receptor; SCTR; SCT-R; Secretin R; secretin receptor; SecretinR; SR
Mass (kDA):
50.207 kDA
Human | |
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Location: | 2q14.2 |
Sequence: | 2; NC_000002.12 (119439843..119524483, complement) |
Cell membrane; Multi-pass membrane protein.
These tips and tricks can help you optimize your experiments using the Boster Bio. If you are not familiar with Steven Boster, here's a little background information about him. Learn more about SCTR Marker as well as Steven Boster’s background. We will also explore some of the best uses this marker. Optimizing your experiments is not easy. There are many factors to consider.
When you're working with the SCTR marker, you've likely wondered how to maximize the performance of your ELISA. This technique requires a variety of choices, from sample preparation to antibody composition and blocking buffer. Boster Bio optimization guidelines and tips will help you get the most out of your experiments. Find out how to optimize your ELISA using the SCTR marker. You'll be happy you did.
You can find out more about Steve Boster's history by clicking here. Here you will find Steve’s name, current address, past addresses as well as cell phone numbers, email addresses, and emails. You can also locate his relatives and close friends. You can search for Steve Boster using his age and state. You can check his public records to see the relatives of Steven Boster. The records you see on this website are public and can be filtered to give you more specific results.
Steve Boster was a Joliet resident. His parents were Evelyn and James Meier. He worked as a sales manager in retail for many years. He was also an active member of Concordia Hall of Staunton. He was also the father, along with his wife, of Crystal Boster & Natosha Pueck. Frances Boster, his mother and two sisters Kimberly Blanton & Tammy Boster are also left behind. He also leaves many nieces or nephews.
Hypermethylation (or hypermethylation) of the SCTR genes is one of many biomarkers that can be used to detect CRC or precursor lesions. The SCTR gene is overexpressed in tumors, allowing researchers to use the marker to detect disease before symptoms show up. This potential biomarker is still being investigated. Here are some examples of SCTR that are most commonly used. Continue reading to learn more about these promising biomarkers.
SCTR can be used to confirm stock selection. Traders seek stocks with a high SCTR before they make a purchase. If the stock is dropping, it may not be performing as well than its peers. Another stock would be a better option. If the SCTR has been increasing recently, the trader has high hopes that the stock will perform well. This technique is highly versatile and useful to traders.
Methylation levels were determined in 313 colorectal tissue samples. Twenty-three tissues from normal tissue were used. Ten hyperplastic polyps, eight Adenomas and two hundred seventy-two CRCs were also used. The methylation level for SCTR gene was varying from 0.063 - 0.141 in each case. The trend test showed that SCTR's level of methylation increased sequentially, from normal to anenoma to CRC.
SCTR colocalizes to AQP3 within the basolateral cell membrane of CD cells. A yellow band can be seen when you magnify the signal by 3x. Additionally, high SCTR values were associated with THP positive tubules. These results were consistent with other studies. These results support the hypothesis SCTR may be a sensitive marker for early detection.
SCTR hypermethylation can be used as a diagnostic biomarker in CRC and precursor lesion detection. This is an exciting development. It was validated by integrating large-scale data on methylation and observed in cfDNA samples from CRC patients. SCTR is an important noninvasive biomarker for CRCs and further research is needed. While the SCTR gene is still a young concept, researchers are keen to explore its potential for clinical biomarkers.
SCTR can also be used to treat liver fibrosis. Overexpression of SCTR predicts the resolution of NLS and jaundice in patients with biliary fibrosis. It is also linked to liver biopsies that show CK-7 or CK-19. SCTR expression also correlates to the percentage of bile ductular surface that has positive CK-7 staining.
PMID: 7864894 by Jiang S., et al. Molecular cloning and functional expression of a human pancreatic secretin receptor.
PMID: 7612008 by Chow B.K.-C.; Molecular cloning and functional characterization of a human secretin receptor.