| Genes | Description | Cat no. |
ACSL4 and ACSL3
| A 11bp deletion in a coding exon of ACSL4 and a 2bp insertion in a coding exon of ACSL3
| HZGHC007235c010
|
ADARB1 and ADAR
| A 5bp deletion in a coding exon of ADARB1 and a 17bp deletion in a coding exon of ADAR
| HZGHC007931c007
|
ALOX12 and ALOX15
| A 1bp insertion in a coding exon of ALOX12 and a 1bp insertion in a coding exon of ALOX15
| HZGHC007962c009
|
FAM20B and IDS
| A 17bp deletion in a coding exon of FAM20B and a 1bp deletion in a coding exon of IDS
| HZGHC006987c002
|
A 1bp insertion in a coding exon of FAM20B and a 1bp deletion in a coding exon of IDS
| HZGHC006987c004
|
GALK2 and NAGK
| A 1bp insertion in a coding exon of GALK2 and a 29bp deletion in a coding exon of NAGK
| HZGHC007492c010
|
| GAN and SLC35A1 | A 10bp deletion in a coding exon of GAN and a 2bp deletion in a coding exon of SLC35A1
| HZGHC008094c003
|
A 16bp deletion in a coding exon of GAN and a 2bp deletion in a coding exon of SLC35A1
| HZGHC008094c006
|
A 19bp deletion in a coding exon of GAN and a 2bp deletion in a coding exon of SLC35A1
| HZGHC008094c007
|
| A 85bp deletion in a coding exon of GAN and a 2bp deletion in a coding exon of SLC35A1 | HZGHC008094c008
|
GNPTAB and POMK
| A 1bp deletion in a coding exon of GNPTAB and a 10bp deletion in a coding exon of POMK
| HZGHC007375c003
|
A 2bp deletion in a coding exon of GNPTAB and a 10bp deletion in a coding exon of POMK
| HZGHC007375c012
|
HIP1R and HIP1
| A 5bp deletion in a coding exon of HIP1R and a 2bp deletion in a coding exon of HIP1
| HZGHC007427c002
|
A 2bp deletion in a coding exon of HIP1R and a 2bp deletion in a coding exon of HIP1
| HZGHC007427c003
|
A 4bp deletion in a coding exon of HIP1R and a 2bp deletion in a coding exon of HIP1
| HZGHC007427c012
|
LARGE and POMK
| A 43bp deletion in a coding exon of LARGE and a 10bp deletion in a coding exon of POMK
| HZGHC007364c011
|
ACAD11 and ACAD10
| A 1bp insertion in a coding exon of ACAD11 and a 11bp deletion in a coding exon of ACAD10
| HZGHC007789c010
|
NUDT9 and NUDT6
| A 11bp deletion in a coding exon of NUDT9 and a 10bp deletion in a coding exon of NUDT6
| HZGHC007530c012
|
RING1 and RNF2
| A 17bp deletion in a coding exon of RNF2 and a 10bp deletion in a coding exon of RNF2
| HZGHC008022c026
|
A 1bp insertion in a coding exon of RNF2 and a 10bp deletion in a coding exon of RNF2
| HZGHC008022c027
|
RPS6KA4 and RPS6KA5
| A 1bp insertion in a coding exon of RPS6KA4 and a 19bp deletion in a coding exon of RPS6KA5
| HZGHC006960c001
|
A 7bp deletion in a coding exon of RPS6KA4 and a 1bp insertion in a coding exon of RPS6KA5
| HZGHC006961c009
|
A 85bp deletion in a coding exon of RPS6KA5 and a 19bp deletion in a coding exon of RPS6KA5
| HZGHC006960c002
|
SHPRH and HLTF
| A 1bp insertion in a coding exon of SHPRH and a 2bp deletion in a coding exon of HLTF
| HZGHC006988c001
|
A 1bp deletion in a coding exon of SHPRH and a 2bp deletion in a coding exon of HLTF
| HZGHC006988c003
|
SIK1 and SIK3
| A 7bp deletion in a coding exon of SIK3 and a 1bp insertion in a coding exon of SIK1
| HZGHC007841c002
|
A 1bp insertion in a coding exon of SIK3 and a 1bp insertion in a coding exon of SIK1
| HZGHC007841c007
|
SLC35B2 and XYLT2
| A 13bp deletion in a coding exon of SLC35B2 and a 1bp insertion in a coding exon of XYLT2
| HZGHC007836c009
|
SLC7A5 and SLC7A8
| A 16bp deletion in a coding exon of SLC7A5 and a 1bp insertion in a coding exon of SLC7A8
| HZGHC007554c007
|
A 1bp insertion in a coding exon of SLC7A5 and a 2bp deletion in a coding exon of SLC7A8
| HZGHC007555c002
|
| SMCR8 and C9orf72 | A 1bp insertion in a coding exon of SMCR8 and a 2bp insertion in a coding exon of C9orf72
| HZGHC007562c004
|
A 1bp deletion in a coding exon of SMCR8 and a 2bp insertion in a coding exon of C9orf72
| HZGHC007562c008
|
A 7bp deletion in a coding exon of SMCR8 and a 29bp deletion in a coding exon of C9orf72
| HZGHC007563c006
|
| A 7bp deletion in a coding exon of SMCR8 and a 37bp deletion in a coding exon of C9orf72 | HZGHC007563c007
|
SNCB and SNCA
| A 17bp deletion in a coding exon of SNCB and a 1bp insertion in a coding exon of SNCA
| HZGHC007870c004
|
SUN2 and SUN1
| A 1bp insertion in a coding exon of SUN2 and a 1bp deletion in a coding exon of SUN1
| HZGHC007612c009
|
TET2 and TET1
| A 10bp deletion in a coding exon of TET2 and a 20bp deletion in a coding exon of TET1
| HZGHC007806c008
|
A 26bp deletion in a coding exon of TET2 and a 20bp deletion in a coding exon of TET1
| HZGHC007806c011
|
A 1bp insertion in a coding exon of TET2 and a 20bp deletion in a coding exon of TET1
| HZGHC007806c012
|
UBQLN4 and UBQLN1
| A 2bp deletion in a coding exon of UBQLN4 and a 1bp deletion in a coding exon of UBQLN1
| HZGHC007678c004
|
A 1bp insertion in a coding exon of UBQLN4 and a 1bp deletion in a coding exon of UBQLN1
| HZGHC007678c008
|
| USP25 and USP28 | A 1bp insertion in a coding exon of USP25 and a 5bp deletion in a coding exon of USP28
| HZGHC007871c010
|
A 1bp insertion in a coding exon of USP25 and a 5bp deletion in a coding exon of USP28
| HZGHC007871c019
|
| XKR8 and ANO6 | A 2bp insertion in a coding exon of XKR8 and a 20bp deletion in a coding exon of ANO6
| HZGHC007134c013
|
A 1bp insertion in a coding exon of XKR8 and a 20bp deletion in a coding exon of ANO6
| HZGHC007134c020
|
A 19bp deletion in a coding exon of XKR8 and a 20bp deletion in a coding exon of ANO6
| HZGHC007134c022
|
A 2bp deletion in a coding exon of XKR8 and a 20bp deletion in a coding exon of ANO6
| HZGHC007134c023
|
XPA and APEX1
| A 4bp deletion in a coding exon of XPA and a 2bp deletion in a coding exon of APEX1
| HZGHC006991c010
|
XPA and FANCI
| A 5bp deletion in a coding exon of XPA and a 1bp insertion in a coding exon of FANCI
| HZGHC006990c007
|
XPA and NTHL1
| A 2bp deletion in a coding exon of XPA and a 5bp deletion in a coding exon of NTHL1
| HZGHC006992c001
|
A 4bp deletion in a coding exon of XPA and a 5bp deletion in a coding exon of NTHL1
| HZGHC006992c003
|
A 5bp deletion in a coding exon of XPA and a 5bp deletion in a coding exon of NTHL1
| HZGHC006992c005
|
HAP1 double knockout cell lines
예측 가능한 HAP1 cell line model을 이용하여 구축된
ready-to-go double knockout collection을 만나보세요!
HAP1 double knockout collection은 예측 가능한 HAP1 cell line model에서 상호 작용하거나 관련된 두 유전자의 손실을 연구할 수 있는 독특한 기회를 제공합니다. Horizon의 숙련된 팀은 CRISPR 기술을 사용하여 기존에 검증된 single knock-out cell line model에 두 번째 유전자 돌연변이를 도입함으로써 또 다른 knock-out을 만들어 냈습니다.
Horizon의 HAP1 double knockout 카탈로그는 지질 생합성, 히스톤 변형 및 단백질 분해를 포함한 광범위한 생물학적 과정을 다루고 있습니다. Double knockout model을 이용하여 보상 메커니즘, 단백질 복합체 형성, 형태학적 영향 등을 연구할 수 있습니다.
지금, Horizon의 double knockout 카탈로그를 확인해 보세요!
* 제품/학술 문의: (주)다윈바이오 학술마케팅팀 Tel. 031-728-3233, 3239 E-mail. technical@dawinbio.com
#Horizon #다윈바이오 #HAP1 #효과적인 knockout #Double KO cell line