Answer:
Ionic bonds form when atoms gain or lose electrons, because electrons are negatively charged an atom that loses one or more electrons will become positively charged. Ionic bonding is the attraction between negatively and positively charged electrons. Hope this helps :)
The correct answer is tissue samples and cells.
The compound light microscope's main feature is the light source, so it is considered a bright field microscope. Invented back in 1595 by Zacharias Jansen, this type of microscope is still the most widely used type of microscope because of its price, but also because of its convenience with viewing bacteria colonies, browsing their movement, analyzing tissue samples, counting and analyzing the content acquired from smears, analyzing cells in a blood sample etc. Its magnifying power is from 4x to 4000x. Other structures which require larger magnifying power, are analyzed with an electron microscope.
Answer: The amount of proteins which is forming the SDS-resistant aggregates is isolated and purified by using the PSIA-LC-MALDI proteomic approach9 specially made for brain tissues.
Explanation: It is known as a regulatory mechanism through which the variations in the incorporation of the exons into mRNA gives the production of more output which is to related protein, thus results in expanding possible genomic outputs.
Amyloids are the β-sheets-rich protein fibrils which can cause neurodegenerative and other incurable human diseases trapping millions of humans across the world.
RNA molecules which are colocalized with FXR1 in cortical neurons are insensitive to the treatment with RNase A.
FXR1 also colocalizes in cortical neurons using the amyloid-specific dyes
FXR1 is also known to make different forms of RNA molecules and affects their stability and translation efficiency17.
To determine the binding energy of FXR1 with mRNA, the brain cryosections were hybridized with biotinylated poly-dT.
Answer: by shared characteristics
Explanation:
Such as appearance and movement.
Answer:
a
Explanation:
this image shows what each letter changes to.
