Arsenite Transporting ATPases (Arsenite-Transporting ATPase)
Efflux pumps that use the energy of ATP hydrolysis to pump arsenite across a membrane. They are primarily found in prokaryotic organisms, where they play a role in protection against excess intracellular levels of arsenite ions.
Also Known As:
Arsenite-Transporting ATPase; Arsenite-Translocating ATPase; ATPase, Arsenite-Translocating; ATPase, Arsenite-Transporting; ATPases, Arsenite Transporting; Arsenite Translocating ATPase; Arsenite Transporting ATPase; Transporting ATPases, Arsenite
Networked: 1
relevant articles (0 outcomes,
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Bio-Agent Context: Research Results
Experts
| 1. | Ding, Ge:
1 article
(01/2018)
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| 2. | Ge, Baoming:
1 article
(01/2018)
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| 3. | Jiang, Senhao:
1 article
(01/2018)
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| 4. | Liu, Jun:
1 article
(01/2018)
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| 5. | Liu, Qiuning:
1 article
(01/2018)
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| 6. | Qi, Tingting:
1 article
(01/2018)
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| 7. | Tang, Boping:
1 article
(01/2018)
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| 8. | Wang, Zhengfei:
1 article
(01/2018)
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| 9. | Zhang, Daizhen:
1 article
(01/2018)
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| 10. | Zhang, Huabin:
1 article
(01/2018)
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Related Diseases
| 1. | Immune System Diseases (Immune Disorders)
01/01/2018
- " Results showed: clean reads that were obtained totalled 93,833,096 (47,440,998 in Group EF, the reference, and 46,392,098 in Group ES, the experimental) and 14.08G (7.12G in Group EF 6.96G in Group ES); there were 11,667 unigenes (15.29%) annotated, and they were located to 230 known KEGG pathways in five major categories; in differential expression analysis, most of the top 20 up-regulated pathways were connected to the immune system, disease, and signal transduction, while most of the top 20 down-regulated pathways were related to the metabolism system; meanwhile, 8 representative osmoregulation-related genes (14-3-3 epsilon, Cu2+ transport ATPase, Na+/K+ ATPase, Ca2+ transporting ATPase, V-ATPase subunit A, Putative arsenite-translocating ATPase, and Cation transport ATPase, Na+/K+ symporter) showed up-regulation, and 1 osmoregulation-related gene (V-ATPase subunit H) showed down-regulation. "
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