Telomerase Reverse Transcriptase: Difference between revisions

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== '''Experimental fragment with TEN''' ==
== '''Experimental fragment with TEN''' ==


<applet load='2b2a' size='400' frame='true' align='right' caption='Insert caption here' scene='Sandbox/Presentation/3' />
<applet load='2b2a' size='400' frame='true' align='right' caption='Tetrahymena thermophila telomerase reverse transcriptase TEN domain [[2b2a]]' scene='Sandbox/Presentation/3' />
A Tetrahymena Thermophila TERT fragment consisting of residues 2-191 with an N-terminal His6 tag was cristallized in space group P3 with <scene name='Sandbox/Three/1'>three</scene> TERT molecules present in the crystallographic asymmetric unit.  
A Tetrahymena Thermophila TERT fragment consisting of residues 2-191 with an N-terminal His6 tag was cristallized in space group P3 with <scene name='Sandbox/Three/1'>three</scene> TERT molecules present in the crystallographic asymmetric unit.  
This 23.5-kDa fragment contains only one methionine residue, making phasing by substitution with selenomethionine (SeMet) difficult.
This 23.5-kDa fragment contains only one methionine residue, making phasing by substitution with selenomethionine (SeMet) difficult.
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Development of cancer chemotherapeutics directed against the reverse-transcriptase domain of telomerase has been challenging, perhaps because the enzyme needs only low activity to maintain telomeres.
Development of cancer chemotherapeutics directed against the reverse-transcriptase domain of telomerase has been challenging, perhaps because the enzyme needs only low activity to maintain telomeres.
Because the TEN domain is essential for telomerase activity and its structure seems to be conserved trough evolution, this portion of TERT is a potential new target for antitelomerase compounds.
Because the TEN domain is essential for telomerase activity and its structure seems to be conserved trough evolution, this portion of TERT is a potential new target for antitelomerase compounds.
==3D structures of telomerase reverse transcriptase==
See [[Telomerase]]


=='''Additional Resources'''==
=='''Additional Resources'''==
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This page was created with content from a page authored by [[User:Tanja Emmerich]] and [[User:Vinzenz Alejandro Bayro Kaiser]].
This page was created with content from a page authored by [[User:Tanja Emmerich]] and [[User:Vinzenz Alejandro Bayro Kaiser]].
[[Category:Topic Page]]