Detail Information of Transcriptional Regulations

General Information of Drug Transporter (DT)
DT ID DTD0200 Transporter Info
Gene Name SLC25A38
Transporter Name Mitochondrial glycine transporter
Gene ID
54977
UniProt ID
Q96DW6

Transcriptional Regulation of This DT (TSR)

TF Superclass 1: Basic domains

      Class 1.1: Basic leucine zipper factors

Click to Show/Hide the Full List of 3 TF(s) Regulating This DT

        ATF3 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [1]

TF Protein Name

 Cyclic AMP-dependent transcription factor ATF-3 Transcription Factor Info

Tissue

 Blood; Bone marrow; Colon; Embryo; Liver

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Cyclic AMP-dependent transcription factor ATF-3 (ATF3) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        CREB1 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [2]

TF Protein Name

 Cyclic AMP-responsive element-binding protein 1 Transcription Factor Info

Tissue

 Bone marrow; Embryo; Liver; Uterus

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Cyclic AMP-responsive element-binding protein 1 (CREB1) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        FOSL2 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [3]

TF Protein Name

 Fos-related antigen 2 Transcription Factor Info

Tissue

 Liver

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Fos-related antigen 2 (FOSL2) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

      Class 1.2: Basic helix-loop-helix factors

Click to Show/Hide the Full List of 3 TF(s) Regulating This DT

        MAX 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [4]

TF Protein Name

 Protein max Transcription Factor Info

Tissue

 Blood; Bone marrow; Brain; Breast; Embryo; Liver; Lung; Uterus; Vein

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Protein max (MAX) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        MNT 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [1]

TF Protein Name

 Max-binding protein MNT Transcription Factor Info

Tissue

 Colon

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Max-binding protein MNT (MNT) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        TCF3 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [2]

TF Protein Name

 Transcription factor E2-alpha Transcription Factor Info

Tissue

 Blood

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Transcription factor E2-alpha (TCF3) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

      Class 1.3: Basic helix-span-helix factors

Click to Show/Hide the Full List of 1 TF(s) Regulating This DT

        TFAP2A 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [4]

TF Protein Name

 Transcription factor AP-2-alpha Transcription Factor Info

Tissue

 Breast; Cervix

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Transcription factor AP-2-alpha (TFAP2A) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

TF Superclass 2: Zinc-coordinating DNA-binding domains

      Class 2.1: Nuclear receptors with C4 zinc fingers

Click to Show/Hide the Full List of 1 TF(s) Regulating This DT

        NR2F2 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [4]

TF Protein Name

 COUP transcription factor 2 Transcription Factor Info

Tissue

 Bone marrow; Breast

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 COUP transcription factor 2 (NR2F2) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

      Class 2.3: C2H2 zinc finger factors

Click to Show/Hide the Full List of 6 TF(s) Regulating This DT

        CTCF 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [3]

TF Protein Name

 Transcriptional repressor CTCF Transcription Factor Info

Tissue

 Brain

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Transcriptional repressor CTCF (CTCF) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        KLF4 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [4]

TF Protein Name

 Krueppel-like factor 4 Transcription Factor Info

Tissue

 Pancreatic ductal; Skin

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Krueppel-like factor 4 (KLF4) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        KLF5 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [3]

TF Protein Name

 Krueppel-like factor 5 Transcription Factor Info

Tissue

 Colon; Pancreatic ductal

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Krueppel-like factor 5 (KLF5) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        MAZ 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [1]

TF Protein Name

 Myc-associated zinc finger protein Transcription Factor Info

Tissue

 Bone marrow; Cervix; Liver; Lung

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Myc-associated zinc finger protein (MAZ) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        ZBTB7A 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [2]

TF Protein Name

 Zinc finger and BTB domain-containing protein 7A Transcription Factor Info

Tissue

 Bone marrow

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Zinc finger and BTB domain-containing protein 7A (ZBTB7A) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        ZNF384 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [1]

TF Protein Name

 Zinc finger protein 384 Transcription Factor Info

Tissue

 Blood; Bone marrow

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Zinc finger protein 384 (ZNF384) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

TF Superclass 3: Helix-turn-helix domains

      Class 3.3: Fork head / winged helix factors

Click to Show/Hide the Full List of 3 TF(s) Regulating This DT

        E2F1 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [3]

TF Protein Name

 Transcription factor E2F1 Transcription Factor Info

Tissue

 Mesenchymal

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Transcription factor E2F1 (E2F1) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        FOXA1 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [1]

TF Protein Name

 Hepatocyte nuclear factor 3-alpha Transcription Factor Info

Tissue

 Breast; Liver; Pancreatic ductal; Prostate

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Hepatocyte nuclear factor 3-alpha (FOXA1) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        FOXA2 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [2]

TF Protein Name

 Hepatocyte nuclear factor 3-beta Transcription Factor Info

Tissue

 Colon

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Hepatocyte nuclear factor 3-beta (FOXA2) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

      Class 3.5: Tryptophan cluster factors

Click to Show/Hide the Full List of 7 TF(s) Regulating This DT

        ETS1 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [4]

TF Protein Name

 Protein C-ets-1 Transcription Factor Info

Tissue

 Blood; Bone; Bone marrow; Kidney; Lung; Prostate; Vein

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Protein C-ets-1 (ETS1) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        ETS2 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [1]

TF Protein Name

 Protein C-ets-2 Transcription Factor Info

Tissue

 Colon

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Protein C-ets-2 (ETS2) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        FLI1 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [2]

TF Protein Name

 Friend leukemia integration 1 transcription factor Transcription Factor Info

Tissue

 Blood; Mesenchymal; Vein

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Friend leukemia integration 1 transcription factor (FLI1) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        GABPA 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [3]

TF Protein Name

 GA-binding protein alpha chain Transcription Factor Info

Tissue

 Blood; Bone; Bone marrow; Brain; Breast; Cervix; Embryo; Liver; Lung; Mesenchymal; Prostate

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 GA-binding protein alpha chain (GABPA) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        IRF1 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [3]

TF Protein Name

 Interferon regulatory factor 1 Transcription Factor Info

Tissue

 Bone marrow; Pancreatic ductal

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Interferon regulatory factor 1 (IRF1) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        MYB 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [4]

TF Protein Name

 Transcriptional activator Myb Transcription Factor Info

Tissue

 Blood

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Transcriptional activator Myb (MYB) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        SPI1 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [4]

TF Protein Name

 Transcription factor PU.1 Transcription Factor Info

Tissue

 Adrenal gland; Blood; Brain; Breast; Embryo; Foreskin; Heart; Intestine; Kidney; Lung; Muscle; Penis; Placenta; Renal cortex; Renal pelvis; Skin; Spinal cord; Stomach; Testes; Umbilical cord blood

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Transcription factor PU.1 (SPI1) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

TF Superclass 4: Other all-alpha-helical DNA-binding domains

      Class 4.2: Heteromeric CCAAT-binding factors

Click to Show/Hide the Full List of 2 TF(s) Regulating This DT

        NFYA 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [1]

TF Protein Name

 Nuclear transcription factor Y subunit alpha Transcription Factor Info

Tissue

 Bone marrow; Cervix; Colon

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Nuclear transcription factor Y subunit alpha (NFYA) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

        NFYB 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [2]

TF Protein Name

 Nuclear transcription factor Y subunit beta Transcription Factor Info

Tissue

 Blood; Bone marrow; Cervix

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 Nuclear transcription factor Y subunit beta (NFYB) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.

TF Superclass 8: beta-Sheet binding to DNA

      Class 8.1: TATA-binding proteins

Click to Show/Hide the Full List of 1 TF(s) Regulating This DT

        TBP 

Click to Show/Hide to Show 1 Transcriptional Phenomena      

       Transcriptional Phenomenon 1

 Direct binding to SLC25A38 gene [2]

TF Protein Name

 TATA-box-binding protein Transcription Factor Info

Tissue

 Blood; Bone marrow; Cervix; Embryo; Liver

Related DT Changes

 Direct regulating

Experiment method

 TF-transporter regulations were collected from ChIP-Seq datasets.

Detailed Description

 TATA-box-binding protein (TBP) can directly bind to the SLC25A38 gene, which in turn affects the expression or function of the drug transporter Mitochondrial glycine transporter.
References
1 NCBI GEO: archive for functional genomics data sets--update. Nucleic Acids Res. 2013 Jan;41(D1):D991-5.
2 Closure of the NCBI SRA and implications for the long-term future of genomics data storage. Genome Biol. 2011;12(3):402.
3 The Encyclopedia of DNA elements (ENCODE): data portal update. Nucleic Acids Res. 2018 Jan 4;46(D1):D794-D801
4 hTFtarget: A Comprehensive Database for Regulations of Human Transcription Factors and Their Targets. Genomics Proteomics Bioinformatics. 2020 Apr;18(2):120-311. (ID:ENSG00000144659)

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