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...nd [[RNA]] that is formed by the combination of two ring systems, namely [[guanine]] (top) and [[ribose]] (bottom). In DNA the ribose ring is the 2'-deoxy for

{{r|Guanine}}

* [[Famciclovir]] - a guanine analogue, treats herpesviruses, mostly for [[herpes zoster|shingles]]. A pr * [[Penciclovir]] - a guanine analogue used to treat various [[herpesvirus]]es

{{r|Guanine}}

Auto-populated based on [[Special:WhatLinksHere/Guanine]]. Needs checking by a human.

..., [[DNA]] consists of the heterocyclic [[purine]] bases, [[adenine]] and [[guanine]], and the heterocyclic [[pyrimidine]] bases [[thymidine]] and [[cytodine]]

{{r|Guanine}}

| [[Guanine]]<br/>

In [[biochemistry]], '''cyclic GMP''' is a "guanine nucleotide containing one phosphate group which is esterified to the sugar

...n pair an adenine across from the 5-hydroxy-uracil rather than the correct guanine that was present in the parent DNA.

{{r|Guanine||**}}

...with DNA (1). Specificially, aristolochic acid bonds to either adenine or guanine bases to make either dA-aristolactam or dG-aristolactam, respectively. The

...ee sequential bases which can include [[adenine]] (A), [[cytosine]] (C), [[guanine]] (G) or [[uracil]] (U). The codon for the amino acid [[methionine]] is al

...e shown at right, the unpaired bases in the [[anticodon]] region (O-methyl-guanine:Adenine:Adenine), shown in magenta, would base-pair with the mRNA [[codon]]

{{r|Guanine}}

...d the N-1 atom of [[adenine]]. Reactions with the 0-6 atom and N-2 atom of guanine and N-6 atom of adenine have also been reported. Because mustard gas is bif

{{r|Guanine}}

* {{search link|gunanine||ns0|ns14|ns100}} (guanine)

...osphodiesterase type-5 enzymes, competing with the natural ligand [[cyclic guanine monophosphate]] (cGMP), which is structurally similar to sildenafil. [[Var

...[[nucleotide]] &mdash; [[adenine|A]], [[thymine|T]], [[cytosine|C]], or [[guanine|G]] &mdash; in the [[genome]] (or other shared sequence) differs between me

...lso known that there were four nucleotides in DNA, the purines adenine and guanine and the pyrimidines cytosine and thymine. Watson and Crick initially made t

...statectomy, vascular insufficiency, nerve damage, or insufficient [[cyclic guanine monophosphate]] (cGMP) levels. Psychological causes include stress, [[post

...is located at oriC which is juxtaposed by the genes dnaA and PG1949. The [[guanine]] and [[cytosine]] [[nucleotides]] make up approximately 49%. At the presen

....uk/camphy/dna/dna_exp.htm online simulator].</ref> In DNA the amount of [[guanine]] is equal to [[cytosine]] and the amount of [[adenine]] is equal to [[thym

...ugar 2'-deoxyribose linked to a phosphate group and one of the four bases: guanine (G), adenine (A), thymine (T), and cytosine (C) These nucleotides are plac

...s of the Flavivirus have employed dual methylation of the viral RNA cap at guanine N-7 and ribose 2_-O positions with the use of methytransferase (MTase)....

...stranded DNA virus of approximately 8,000 base pairs and made up of 40-50% Guanine and Cytosine base pairs. All Papillomavirus genes are coded in one of the t

...the chemical nature of these bases, adenine always pairs with thymine and guanine always pairs with cytosine. This ''complementarity'' forms the basis of [[s ...tached to the sugar/phosphate to form the complete nucleotide. Adenine and guanine are fused five- and six-membered [[heterocyclic compound]]s called [[purine

...es appear to hold (e.g., the nucleotide bases Adenine-Thymine and Cytosine-Guanine always remain in equal proportions). [[Barbara McClintock]] discovers [[tra

...ong (for the full and short length strand, respectively). The genome has a guanine + cytosine content of 48 %. The genome sequence has termini with cohesive e

...ble leptin. They were both found to be homozygous for deletion of a single guanine on codon 133, leading to a premature stop codon. The phenotype of these chi

* [[Guanine]] (G) ...bones of double stranded DNA; e.g., adenine always pairs with thymine and guanine always pairs with cytosine. This ''complementarity'', is at work in all DNA

...ibility]] complex class I down regulation. Additionally, the genome has a guanine + cytosine content of approximately 40%. <ref>Cameron, C, Hota-Mitchell, S,

* [[Guanine]]

...es. It was not until the utilization of genome-based techniques such as %[[guanine]]+[[cytosine]] [[GC-content|ratio]] determination, genome-genome hybridizat

...hosphodiester (O-P-O) bonds. For DNA, each ribose has one of four bases ([[guanine|G]], [[adenine|A]], [[thymine|T]] and [[cytosine|C]]) attached to complete

...hosphodiester (O-P-O) bonds. For DNA, each ribose has one of four bases ([[guanine|G]], [[adenine|A]], [[thymine|T]] and [[cytosine|C]]) attached to complete