Guanidine is a base. The chemical formula is HNC(NH2)2.
it is strong base because it has 2 resonating structure in nutral form and three resonating stucture in cationic form in both cases it is stable so can easily donates elactrons
Ammonium perchlorate 25 Barium nitrate 25 Guanidine nitrate 25 Magnalium, 100-200 mesh 20 Copper, atomized, -100 mesh
salt is not from salt water
Double Stranded DNA is paired, with Adenine paired with Thymine Cytosine paired with Guanine Then the percent Cytosine in one strand will be exactly the percent Guanine in the other strand. And between the two strands, the percent Cytosine will be equal to the percent Guanine. For a random distribution, the percent should be about 25% for each nucleotide, or 50% for the GC pair, and 50% for the AT pair. However, DNA actually varies considerably from organism to organism. Streptomyces coelicolor A3(2), has a GC content as high as 72% Plasmodium falciparum has a GC content as low as 20%. See Wikipedia link on GC Content.
Plain salt would mean ordinary table salt, as opposed to flavored salt . There are onion salt, garlic salt, seasoned salt, smoked salt , celery salt, etc. -- none of these would be plain salt.
71%
Nikolai A Sivov has written: 'Biocide guanidine containing polymers' -- subject(s): Polymerization, Guanidine, Polyelectrolytes, Synthesis
Gasoline.
due to the imine bond
A biguanide is a compound imidodicarbonimidic diamide derived from guanidine.
A biguanide is a compound imidodicarbonimidic diamide derived from guanidine.
Guanidinium salts are salts derived from guanidine - CHN(NH2)2.
Guanidine is a prescribed medication. It is used for people that need help controlling nerve impulses for various health reasons.
Guanidine compounds, such as guanidinosuccinic acid, are used to determine the diagnosis or buildup of urea in uremic patients. Because the buildup of urea in uremic plasma results in an inhibitory effect on enzymes in the urea cycle, it can cause the activation of alternte metabolic pathways that lead to the buildup of compounds such as guanidinosuccinic acid.
Guanidine isothiocyanate helps denature proteins from the RNA to allow them to be separated from protein for the best isolation of nucleic acids from proteins (can collect all 3 if using TRIzol like reagents)NAoAc (sodium acetate) usually in 3M/pH8 is used later in the steps for nucleic acid isolation as the salt for ethanol precipitation. If you are going to be doing RNA transcription off of DNA templates that you are precipitating, it is best to use Nh4oAC (ammonium acetate) as the ion is nicer to RNA polymerases once templates are cleaned and being transcribed.
The Sakaguchi reagent consists of 1-Naphthol and a drop of sodium hypobromite. The guanidine group of arginine in proteins reacts with the Sakaguchi reagent.
it is strong base because it has 2 resonating structure in nutral form and three resonating stucture in cationic form in both cases it is stable so can easily donates elactrons