6.7.1.1. қң ұқ ұ.
6.7.1.2. қ 10 ұқ 2 ұ.
6.7.1.3. қ ә ғ ә
6.7.2. ә ғ құ ғ:
6.7.2.1. ң үң ң ү ә ғ қ .
6.7.2.2. ң үң ңң ү ә ғ қ .
6.7.2.3. қ -Қ - ү ү ә .
6.7.2.4. ғ:
1) Қ ң қ . Қ ң қ ә ң. Қ Қ ң 5'-3' ұ ң.
-Қ 7 met- G-AUGUUUCUACACACGGUAGACGCCGGCUGGCGAUAG (A)
2) Қ ң қ ң қ , -Қ ң құ қң. Қ ң 5'-3' ұ өң.
Қ 5' ATGGACGAAAATCCGGATCGCCAAGGTATTTTGA3'
6.7.4. ғ (қ ә . қ құ . Ө. Ққ ., .43, 1, 11.
6.7.3. қ ұқ:
6.7.3.1. ҳ ғң (ң) ң ө ң.
6.7.3.2. - ә ң қ.
Ү ү ө:
| Ққ | ғ | |
| ұқ қ қң Қ- -Қ-ғ ө ү | - | ranscription - process of rewriting of genetic information from DNA to RNA |
| Қ - -Қ | - , - | RNA-polymerase -enzyme taking part on synthesis of m-RNA molecules |
| - құғ қ | - | Pribnov-box regulatorysequence inside of promotr |
| ң () ә қ -Қ ү ң ғ | , () | Transcriptomics science studying gene expression and processing |
| қ (50 ) ә Қ | ( 50) - | Transcriptosoma complex structure consisting from general factors of transcription and RNA- polymerase |
| ғқ қ Қ ү | - | Processing process of maturation of primary eukaryotic m-RNA |
| Қғ ң ү | - | Splicing process of joining of exons in mature eukaryotic m-RNA |
| Қғ ң әү ү ү | - | Alternative splicing process of joining of exons in various combinations during processing of m-RNA |
| -Қ-ң ә ғқ қ ң ү | - | Transcription initiation binding and formation of the first inter-nucleotide bond |
| -ғқ Қ өң ұ | - | Transcription elongation gradual extension of the chain of primary mRNA transcript |
| -ң қ | - | Termination the end of transcription |
| - a , b () b¢( ) ә w () ұ | - a , b () b¢( ) w () | Core-enzymeconsists of two a (alpha), b (beta) b¢(beta prime) and w (omega) subunits |
| - s¢ қғ қ қ қ Қ- ү | - - s¢ ()- - - | Holoenzyme addition ofs¢ (sigma)-subunit to core-enzyme leads to formation of fully active functional form of RNA-polymerase |
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Құ: қ. ..
5 - ә қ
