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- Table of Contents
Facts about Fer-1-like protein 6.
Human | |
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Gene Name: | FER1L6 |
Uniprot: | Q2WGJ9 |
Entrez: | 654463 |
Belongs to: |
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ferlin family |
Fer-1-like protein 6
Mass (kDA):
209.308 kDA
Human | |
---|---|
Location: | 8q24.13 |
Sequence: | 8; NC_000008.11 (123851987..124120061) |
Membrane; Single-pass membrane protein.
In this article, we will look at the advantages of using the FER1L6 marker for protein transfer in chromatography and membrane staining. You will also learn how autoradiography film can be used to record test results. Boster proteins can be used by clinicians and researchers around the world. These are some of key features of FER1L6.
The Picokine(tm) platform has been developed to enhance ELISA sensitivity to the picogram level. This reagent has been validated on a variety if samples. Custom services can be requested at any moment. After incubation, wash the membrane three times with TBS Wash Buffer. The membrane should then be washed three times with TBS Wash Buffer. The secondary antibody which binds the sample protein should then be added in a 3:1 ratio to the gel.
Multiple methods have been developed to stain membranes. One of the most sensitive is colloidal silver. This stain can be purchased readily on the marketplace. The protein bands will appear as red bands on a pink background if the transferred proteins have a signal of two nanograms or higher. The alkali treatment of the membrane is another way to enhance protein transfer efficiency. In either case the pH of the gel must be adjusted accordingly.
Fer1L6 is a genetically defined marker for bacterial pathogens. It is used to detect diseases caused by these bacteria pathogens. Fer1L6 has been found in more than 1.0 million people around the world. This marker offers many benefits. The FER1L6 is a functionally homolog of FER1L4. It has many benefits in research.
Before patients were subject to conditioning, DNA samples were collected from them during the first study. Then, at 96 h post-fertilization, heart rates were measured manually by counting the number of blood molecules flowing through each chamber for 20 s and multiplying this value by three. The study was repeated twice more. The FER1L6 marker can now be used to monitor the stem cell transplant patient's development.
The process of recording test result using autoradiography film has seen significant changes over the past decade. Currently, autoradiography is divided into two types: macroautoradiography and microautoradiography. Macroautoradiography records test results from whole body scans. Microautoradiography records test results for specific tissues such as the lungs or brain.
The first method of autoradiography was first described in 1867 by Niepse de Saint Victor, who observed a continuous activity due to an unknown chemical radiation. Later, in 1904, an experiment was conducted in London using radium. Autoradiography is now a standard diagnostic tool used by doctors worldwide to diagnose cancer patients. This technique is considered to be the first molecular imaging method. Although the technology has seen significant advancements over time, many medical practitioners are still uncertain of its exact uses.
PMID: 16421571 by Nusbaum C., et al. DNA sequence and analysis of human chromosome 8.