--- /dev/null
+[[!meta title="RNA amplification strategies for small sample populations."]]
+[[!tag method amplification template_switching]]
+
+Methods. 2005 Nov;37(3):229-37 doi:10.1016/j.ymeth.2005.09.003
+
+Ginsberg SD
+
+RNA amplification strategies for small sample populations.
+
+[[!pmid 16308152 desc="Detailed protocol for Terminal Continuation (TC)."]]
10537171
Full in situ random priming cDNA synthesis
-9883850 [amplification]
-3 rounds of T7 RNA amplification (aRNA).
-
12593794 [general]
Noise due to RNA extraction is 40 times greater than noise due to replicate hybridisation
16280998 [patents]
Perpetual-motion machines are not patentable.
-16308152 [amplification]
-Detailed protocol for Terminal Continuation (TC).
-
16224006 [IP]
20 % of the human coding genome is patented.
(work in progress)
- - In the "_terminal continuation_" method, [[Che et al., 2004|biblio/14647400]]
- essentially do template switching with DNA oligonucleotides ending in `CCC`.
+ - The "_terminal continuation_" method ([[Ginsberg et al.,
+ 2002|biblio/12462399]], [[Che et al., 2004|biblio/14647400]]) is essentially
+ a template switching with DNA oligonucleotides ending in `CCC` or `GGG`. `AAA`
+ and `TTT` were also tested. An extensive protocol was published in
+ [[Ginsberg, 2005|biblio/16308152]].
[[!inline pages="tagged(template_switching)" limit=0]]