Nnjm2: Cleaned up the text.

2017-12-05T12:10:07Z

Cleaned up the text.

← Older revision		Revision as of 12:10, 5 December 2017
Line 1:		Line 1:
	~~ ~~Hypoxanthine is a purine naturally found in human body and tends to be a component of nucleic acids<ref>Jarvis H, Marc O. Biochemical Methods of Estimating the Time Since Death. Human Body Decomposition. 2016;3;53-90.</ref>. Hypoxanthine also can be founded as intermediates ~~during~~ adenine degradation. Specifically, when purine nucleoside phosphorylates reacts with inosine will create hypoxanthine. Afterward, hypoxanthine is converted into xanthine by xanthine oxidase<ref>Paul GW, Christopher JM, Vivienne RW, David RB, Mone Z. Free radical pathways in the inflammatory response. New Comprehensive Biochemistry. 1994;28;361-383.</ref>. Another way that hypoxanthine can formed is from deamination of adenine. This particular formation of hypoxanthine can result in mutation in transcription or DNA replication because hypoxanthine has similar structure to guanine; thus, hypoxanthine will be read as guanine and will form hydrogen bond with cytosine<ref>Berg JM, Tymoczko JL, Stryer L. Mutations Involve Changes in the Base Sequence of DNA. Biochemistry. 2002;527.6</ref>.		Hypoxanthine is a purine naturally found in human body and tends to be a component of nucleic acids<ref>Jarvis H, Marc O. Biochemical Methods of Estimating the Time Since Death. Human Body Decomposition. 2016;3;53-90.</ref>. Hypoxanthine also can be founded as intermediates in adenine degradation. Specifically, when purine nucleoside phosphorylates reacts with inosine will create hypoxanthine. Afterward, hypoxanthine is converted into xanthine by xanthine oxidase<ref>Paul GW, Christopher JM, Vivienne RW, David RB, Mone Z. Free radical pathways in the inflammatory response. New Comprehensive Biochemistry. 1994;28;361-383.</ref>. Another way that hypoxanthine can formed is from deamination of adenine. This particular formation of hypoxanthine can result in a mutation in transcription or DNA replication because hypoxanthine has a similar structure to guanine; thus, hypoxanthine will be read as guanine and will form a hydrogen bond with cytosine<ref>Berg JM, Tymoczko JL, Stryer L. Mutations Involve Changes in the Base Sequence of DNA. Biochemistry. 2002;527.6</ref>.

			=== References ===

	<references />		<references />

170085463: Created page with " Hypoxanthine is a purine naturally found in human body and tends to be a component of nucleic acidsJarvis H, Marc O. Biochemical Methods of Estimating the Time Since D..."

2017-12-05T11:44:47Z

Created page with " Hypoxanthine is a purine naturally found in human body and tends to be a component of nucleic acids<ref>Jarvis H, Marc O. Biochemical Methods of Estimating the Time Since D..."

New page

 Hypoxanthine is a purine naturally found in human body and tends to be a component of nucleic acids<ref>Jarvis H, Marc O. Biochemical Methods of Estimating the Time Since Death. Human Body Decomposition. 2016;3;53-90.</ref>. Hypoxanthine also can be founded as intermediates during adenine degradation. Specifically, when purine nucleoside phosphorylates reacts with inosine will create hypoxanthine. Afterward, hypoxanthine is converted into xanthine by xanthine oxidase<ref>Paul GW, Christopher JM, Vivienne RW, David RB, Mone Z. Free radical pathways in the inflammatory response. New Comprehensive Biochemistry. 1994;28;361-383.</ref>. Another way that hypoxanthine can formed is from deamination of adenine. This particular formation of hypoxanthine can result in mutation in transcription or DNA replication because hypoxanthine has similar structure to guanine; thus, hypoxanthine will be read as guanine and will form hydrogen bond with cytosine<ref>Berg JM, Tymoczko JL, Stryer L. Mutations Involve Changes in the Base Sequence of DNA. Biochemistry. 2002;527.6</ref>.

<references />

Hypoxanthine - Revision history

Nnjm2: Cleaned up the text.

170085463: Created page with " Hypoxanthine is a purine naturally found in human body and tends to be a component of nucleic acidsJarvis H, Marc O. Biochemical Methods of Estimating the Time Since D..."