Changes

'''TFIIE and TFIIH'''

'''TFIIE and TFIIH'''

After binding of the general transcription machinery to the promoter, TFIIE and TFIIH assist Pol II in unwinding the DNA at the start site of transcription.  One of the subunits of TFIIH is a helicase responsible for the unwinding and TFIIE binds to and stablilizes the single stranded DNA.

After binding of the general transcription machinery to the promoter, TFIIE and TFIIH assist Pol II in unwinding the DNA at the start site of transcription.  One of the subunits of TFIIH is a helicase responsible for the unwinding and TFIIE binds to and stabilizes the single stranded DNA.

Another subunit of TFIIH contains a kinase activity responsible for phosphorylating the CTD region of Pol II.  Although this activity can be influenced by many factors, in simple systems it is believed to correlate with the initiation of transcription and that movement of RNA polymerase away from the promoter.

Another subunit of TFIIH contains a kinase activity responsible for phosphorylating the CTD region of Pol II.  Although this activity can be influenced by many factors, in simple systems it is believed to correlate with the initiation of transcription and that movement of RNA polymerase away from the promoter.

H3N+---{KR}G{FY}{AG}{FY}VX{FY}---…---COO−

H3N+---{KR}G{FY}{AG}{FY}VX{FY}---…---COO−

Sufferers of systemic lupus erythrematosus (SLE) produce autoimmune anti-snRNP antibodies, which can be used to reveal islands of snRNP in nucleus, which are know as Cajal bodies.

Sufferers of systemic lupus erythrematosus (SLE) produce autoimmune anti-snRNP antibodies, which can be used to reveal islands of snRNP in nucleus, which are known as Cajal bodies.

Splice sequences are quite variable across species, but in general:

Splice sequences are quite variable across species, but in general:

|-

|-

| U

| U

| A), G, I

| A, G, I

|-

|-

| C

| C