Transcription DNA RNA Transcription polymerase factors 1 active

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Transcription DNA RNA Transcription polymerase factors 1. 가장 중요한 것인 active site의 확보이다. 2.

Transcription DNA RNA Transcription polymerase factors 1. 가장 중요한 것인 active site의 확보이다. 2. 다양한 유전자들에서 hypersenstive site가 activated되기 전에 나타난다.

Produced by Huh Jae-Won

Produced by Huh Jae-Won

RT-PCR의 m. RNA pool 과 5’LTR의 promoter activity는 상관관계가 없다. 3 1 2

RT-PCR의 m. RNA pool 과 5’LTR의 promoter activity는 상관관계가 없다. 3 1 2

In vitro 실험 메틸레이션된 정도와 promoter activity와는 negatively correlation을 보여준다.

In vitro 실험 메틸레이션된 정도와 promoter activity와는 negatively correlation을 보여준다.

Cp. G 메틸레이션이 HERV-K의 provirus가 germ line에 integration 한 뒤에 silencing 시켰다.

Cp. G 메틸레이션이 HERV-K의 provirus가 germ line에 integration 한 뒤에 silencing 시켰다.

Discussion 1. Cp. G methylation이 직접적으로 HERV-K 의 전사를 조절한다. (Tera-1 cell line) 2.

Discussion 1. Cp. G methylation이 직접적으로 HERV-K 의 전사를 조절한다. (Tera-1 cell line) 2. 하지만 T 47 D cell line에서는 Cp. G methylation이외에 다른 factor가 HERV-K의 전사를 조절 할 것이다. 3. 1의 결과는 GCT(HERV-K up regulation과 hypomethylation)에 적용 가능하다. 즉 Cp. G가 hypomethylation으로 진행이 되면 HERV-K 5’LTR의 activity에 영향 을 준다. (seminoma tumor, ovarian carcinoma에서 hypomethylation이 관찰되 었다. ) 4. GCT(germ cell tumor) : seminoma, choriocarcinoma, yolk sac tumor, embryonal carcinoma, teratocarcinoma의 종류가 있다.

HERV-K related gene for experiments Produced by Huh jae-won

HERV-K related gene for experiments Produced by Huh jae-won

1 -SIPL: alternative start 제공 재원 BQ 016934: lung(cystic fibrosis-섬유증) : start뿐만 아니라 단백질도

1 -SIPL: alternative start 제공 재원 BQ 016934: lung(cystic fibrosis-섬유증) : start뿐만 아니라 단백질도 바뀜

Alternative splicing: CB 121278(cervix), BE 397752(lymph node), BM 782895(carcinoma) 앞부분은 다양하지만 결국 번역되어서 단백질은

Alternative splicing: CB 121278(cervix), BE 397752(lymph node), BM 782895(carcinoma) 앞부분은 다양하지만 결국 번역되어서 단백질은 똑 같다.

DNA DNA RNA DNA RNA DNA RNA DNADNA DNA RNA DNA RNA DNA RNA DNA
Transcription Translation DNA RNA polymerase RNA nucleotides ATPTranscription Translation DNA RNA polymerase RNA nucleotides ATP
Transcription and RNA DNA polymerase Replication DNA copiedTranscription and RNA DNA polymerase Replication DNA copied
RNA Transcription RNA vs DNA RNA Contains AdenineRNA Transcription RNA vs DNA RNA Contains Adenine
RNA and Transcription DNA RNA PROTEIN RNA andRNA and Transcription DNA RNA PROTEIN RNA and
Transcription termination RNA polymerase I terminates transcription atTranscription termination RNA polymerase I terminates transcription at
Transcription termination RNA polymerase I terminates transcription atTranscription termination RNA polymerase I terminates transcription at
RNA polimerasi eucariotiche RNA polymerases RNA polymerase IRNA polimerasi eucariotiche RNA polymerases RNA polymerase I
PfuDNAPCR Taq DNA Polymerase Tth DNA Polymerase AmpliPfuDNAPCR Taq DNA Polymerase Tth DNA Polymerase Ampli
TRANSCRIPTION RNA CLASSIFICATION ribosomal RNA r RNA messengerTRANSCRIPTION RNA CLASSIFICATION ribosomal RNA r RNA messenger
RNA TRANSCRIPTION TRANSLATION RNA RNA ribonucleic acid CarriesRNA TRANSCRIPTION TRANSLATION RNA RNA ribonucleic acid Carries
t RNA t RNA Transfer RNA t RNAt RNA t RNA Transfer RNA t RNA
RNA RNA RNA ribonucleic acid RNA is aRNA RNA RNA ribonucleic acid RNA is a
RNA m RNA informacijska RNA r RNA ribosomskaRNA m RNA informacijska RNA r RNA ribosomska
TRANSCRIPTION v PROMOTERS v TRANSCRIPTION FACTORS v RNATRANSCRIPTION v PROMOTERS v TRANSCRIPTION FACTORS v RNA
Protein Synthesis Transcription and Translation DNA Transcription RNAProtein Synthesis Transcription and Translation DNA Transcription RNA
Transcription DNA transcription produces a singlestranded RNA moleculeTranscription DNA transcription produces a singlestranded RNA molecule
Protein Synthesis Transcription and Translation DNA Transcription RNAProtein Synthesis Transcription and Translation DNA Transcription RNA
Transcription From DNA to RNA Transcription Where doesTranscription From DNA to RNA Transcription Where does
Transcription Synthesizing RNA from DNA 6 2 TranscriptionTranscription Synthesizing RNA from DNA 6 2 Transcription
MUTATIONS Transcription DNA m RNA Amino acid RNAMUTATIONS Transcription DNA m RNA Amino acid RNA
FROM DNA TO RNA RNA RNA ribonucleic acidFROM DNA TO RNA RNA RNA ribonucleic acid
RNA m RNA t RNA DNA is aRNA m RNA t RNA DNA is a
DNA DNA cloning DNA Recombinant DNA Libraries DNADNA DNA cloning DNA Recombinant DNA Libraries DNA