hns Antibody

^{Rare Species}

中文名稱：

hns兔多克隆抗體
貨號：

CSB-PA359764LA01ENV
規格：

￥440
圖片：
Western Blot
Positive WB detected in Recombinant protein
All lanes: hns antibody at 1:2000
Secondary
Goat polyclonal to rabbit IgG at 1/50000 dilution
Predicted band size: 19 kDa
Observed band size: 21 kDa
其他：

產品詳情
產品評價
相關產品
靶點詳情

產品詳情

產品名稱：

Rabbit anti-Escherichia coli (strain K12) hns Polyclonal antibody
Uniprot No.：

P0ACF8
基因名：

hns
別名：

hns antibody; bglY antibody; cur antibody; drdX antibody; hnsA antibody; msyA antibody; osmZ antibody; pilG antibody; topS antibody; b1237 antibody; JW1225 antibody; DNA-binding protein H-NS antibody; Heat-stable nucleoid-structuring protein antibody; Histone-like protein HLP-II antibody; Protein B1 antibody; Protein H1 antibody
宿主：

Rabbit
反應種屬：

Escherichia coli
免疫原：

Recombinant Escherichia coli DNA-binding protein H-NS protein (1-137AA)
免疫原種屬：

Escherichia coli (strain K12)

標記方式：

Non-conjugated

本頁面中的產品，hns Antibody (CSB-PA359764LA01ENV)，的標記方式是Non-conjugated。對于hns Antibody，我們還提供其他標記。見下表：

標記方式	貨號	產品名稱	應用
HRP	CSB-PA359764LB01ENV	hns Antibody, HRP conjugated	ELISA
FITC	CSB-PA359764LC01ENV	hns Antibody, FITC conjugated
Biotin	CSB-PA359764LD01ENV	hns Antibody, Biotin conjugated	ELISA

克隆類型：

Polyclonal
抗體亞型：

IgG
純化方式：

>95%, Protein G purified
濃度：

It differs from different batches. Please contact us to confirm it.
保存緩沖液：

Preservative: 0.03% Proclin 300
Constituents: 50% Glycerol, 0.01M PBS, pH 7.4
產品提供形式：

Liquid
應用范圍：

ELISA, WB

推薦稀釋比：

Application	Recommended Dilution
WB	1:1000-1:5000

Protocols：

ELISA Protocol
Western Blotting (WB) Protocol
儲存條件：

Upon receipt, store at -20°C or -80°C. Avoid repeated freeze.
貨期：

Basically, we can dispatch the products out in 1-3 working days after receiving your orders. Delivery time maybe differs from different purchasing way or location, please kindly consult your local distributors for specific delivery time.
用途：

For Research Use Only. Not for use in diagnostic or therapeutic procedures.

產品評價

靶點詳情

功能：

A DNA-binding protein implicated in transcriptional repression (silencing). Also involved in bacterial chromosome organization and compaction. H-NS binds tightly to AT-rich dsDNA and inhibits transcription. Binds upstream and downstream of initiating RNA polymerase, trapping it in a loop and preventing transcription. Binds to hundreds of sites, approximately half its binding sites are in non-coding DNA, which only accounts for about 10% of the genome. Many of these loci were horizontally transferred (HTG); this offers the selective advantage of silencing foreign DNA while keeping it in the genome in case of need. Suppresses transcription at many intragenic sites as well as transcription of spurious, non-coding RNAs genome-wide. Repression of HTG by H-NS is thought to allow their DNA to evolve faster than non-H-NS-bound regions, and facilitates integration of HTG into transcriptional regulatory networks. A subset of H-NS/StpA-regulated genes also require Hha (and/or Cnu, ydgT) for repression; Hha and Cnu increase the number of genes DNA bound by H-NS/StpA and may also modulate the oligomerization of the H-NS/StpA-complex. The protein forms 2 clusters in the nucleoid which gather hns-bound loci together, bridging non-contiguous DNA, and causes DNA substantial condensation. Binds DNA better at low temperatures than at 37 degrees Celsius; AT-rich sites nucleate H-NS binding, further DNA-binding is cooperative and this cooperativity decreases with rising temperature. Transcriptional repression can be inhibited by dominant-negative mutants of StpA or itself. May effect transcriptional elongation. Can increase translational efficiency of mRNA with suboptimal Shine-Dalgarno sequences. Plays a role in the thermal control of pili and adhesive curli fimbriae production, by inducing transcription of csgD. Plays a role in flagellar function. Represses the CRISPR-cas promoters, permits only weak transcription of the crRNA precursor; its repression is antagonized by LeuO. Binds preferentially to the upstream region of its own gene recognizing two segments of DNA on both sides of a bend centered around -150. Overexpression suppresses secY24, a temperature-sensitive mutation. Has also been reported to activate transcription of some genes.
基因功能參考文獻：
1. H-NS specifically represses LEE5 promoter activity and Ler alleviates the repression by H-NS. PMID: 28013045
2. Transcription and stability of cas3 in Deltahns cells is limiting for resistance to phage. PMID: 26956996
3. we propose that, during E. coli evolution, the conservation of H-NS binding sites resulted in the diversification of the regulation of horizontally transferred genes, which may have facilitated E. coli adaptation to new ecological niches PMID: 26789284
4. Through DNA binding, the two proteins interplay to form a transient ternary complex Fpg/DNA/HU which results in the release of Fpg and the molecular entrapment of SSBs by HU PMID: 26392572
5. The fdeC gene encodes a protein that is expressed at the cell surface and promotes biofilm formation under continuous-flow conditions and is repressed by the global regulator H-NS. PMID: 25239893
6. It was concluded that H-NS exerts maximum repression of LEE5 via the specific sequence at around -138 and subsequently contacts a subunit of RNAP through oligomerization. PMID: 24610333
7. Bicyclomycin treatment leads to a decrease in binding signal for H-NS to the E. coli chromosome. PMID: 24499790
8. Both the DNA binding sites of H-NS as well as the function of StpA as a backup system might be selected for silencing highly transcribable genes. PMID: 23661089
9. We show that H-NS modulates the expression of the nrdAB and nrdDG operons in aerobically and in anaerobically growing cells. PMID: 23873909
10. H-NS represses LEE5p by binding to a cluster of A tracks upstream of -114 of the promoter. PMID: 22924981
11. RcsB-BglJ activates one of two H-NS-StpA repressed leuO promoters. PMID: 22295907
12. The product of bacreriophage T7 gene 5.5 (gp5.5) forms a stable complex with the Escherichia coli histone-like protein H-NS and transfer RNAs (tRNAs). PMID: 22566619
13. the attractive force that governs the Cnu-H-NS interaction is an ionic bond, unlike the hydrophobic interaction that is the major attractive force in most proteins. PMID: 22358512
14. HNS control the integrase IntI1 and integron promoters expression. PMID: 21778209
15. LeuO is a major player in antagonistic interplay against the universal silencer H-NS. PMID: 21883529
16. It binds to a middle domain of FliG that bridges the core parts of the rotor and parts nearer the edge that interact with the stator. PMID: 21890701
17. Rho-dependent transcription termination is regulated by the H-NS family of proteins. PMID: 21602341
18. Combinations of the rho, nusG, and nusA mutations were synthetically lethal, and the lethality was suppressed by expression of H-NS. PMID: 21602355
19. a new insight into the bolA regulation network demonstrating that H-NS represses the transcription of this important gene was provided. PMID: 21708124
20. H-NS formed 2 compact clusters per chromosome, driven by oligomerization of DNA-bound H-NS through interactions mediated by the amino-terminal domain of the protein; observations demonstrate H-NS plays a key role in global chromosome organization PMID: 21903814
21. Chromosomal and plasmidencoded H-NS proteins differ in their functional properties. PMID: 21320594
22. H-NS binds to long tracts of DNA, consistent with the linear spread of H-NS binding from high- to surrounding lower-affinity sites; the length of binding regions is associated with the degree of transcriptional repression imposed by H-NS. PMID: 21097887
23. H-NS directly controls regulators of stress resistance. PMID: 21034467
24. H-NS and LeuO are antagonistic regulators of CRISPR-based immunity. PMID: 20659289
25. The global regulator H-NS is required for e xtracellular DNA (eDNA) production since DNA was not detected for the hns mutant and production of H-NS restored eDNA production to wild-type levels. PMID: 20833130
26. findings substantiate the central role of RcsB in H-NS-mediated control of motility and acid stress resistance PMID: 20435136
27. These results demonstrate an active involvement of H-NS in the induction of the CRISPR-cas system and suggest a potential link between two prokaryotic defence systems against foreign DNA. PMID: 20132443
28. Binding of the IHF protein to a site immediately adjacent to fimS is required for phase-on orientational bias; in the absence of LRP and IHF binding, fimS adopts the off orientation and the H-NS protein is required to maintain this orientational bias. PMID: 19889099
29. protein-induced DNA bending plays an important role in HU site-specific DNA binding and supports a model of a mutually induced fit. PMID: 15322284
30. forms complexes with with YdgT in vivo PMID: 15458420
31. data show that the H-NS acts to repress the expression of traM and traJ as cells enter stationary phase, thereby decreasing mating ability to barely detectable levels PMID: 15491366
32. Analysis of mechanical response generated by binding of DNA-bending protein Hu to single tethered 48.5 kb lambda-DNA molecules finds that compaction of DNA increases with increasing Hu concentration. PMID: 15504049
33. key role for intrinsic conformational changes of Hha in modulating its interaction with H-NS PMID: 15720293
34. H-NS directly inhibits gadA and gadX transcription and, by controlling the intracellular level of the activator GadX, indirectly affects the expression of the whole gad system PMID: 15795232
35. the expression of the H-NS regulon is sensitive to small changes in the cellular level of H-NS, enabling the cell to response rapidly to environment cues PMID: 15819627
36. Results show that LRP binds to the regulatory region of bacterial rRNA promoters, and may contribute in combination with H-NS to the control of rRNA synthesis. PMID: 16238633
37. The oligomerization capacity of H-NS in vivo is effected by temperature, pH, and osmolarity. PMID: 16303134
38. StpA complements H-NS proteins defective in DNA binding to repress bgl, while in autoregulation of stpA it acts autonomously, indicating a difference in the mechanisms of repression. PMID: 16980475
39. role of hns in regulation of RpoS; findings suggest that H-NS regulates an RssB inhibitor or inhibitors PMID: 16980505
40. The results support the conclusion that the bacterial DNA-binding protein LRP, assisted by H-NS, forms a repressive nucleoprotein structure involved in regulation of rRNA transcription. PMID: 17196617
41. Identified as new member of the polyamine modulon together with RpoN and Cra. PMID: 17220219
42. crystal structure of the Escherichia coli nucleoid-associated HUalphabeta protein PMID: 17360520
43. The binding of H-NS to a transposase protein is a novel function for this important regulatory molecule. PMID: 17501923
44. analysis of H-NS repression by binding within the transcription unit PMID: 17569663
45. Data Show that H-NS prevented binding of RNA polymerase (RNAP) at the Hemolysin Protein E promoter (PhlyE). PMID: 17892462
46. The model for the functions of H-NS in homologous recombination and double-strand break repair is discussed PMID: 17991999
47. LeuO and H-NS regulate the expression of the yjjQ-bglJ operon and yjjP. PMID: 18055596
48. H-NS is shown to be a common regulator of multiple iron and other nutrient acquisition systems preferentially expressed at 37 degrees C and of general stress response, biofilm formation, and cold shock genes highly expressed at 23 degrees C. PMID: 19011022
49. At 37 degrees C, SlyA activates transcription of K5 capsule independent of H-NS but maximal transcription requires H-NS. PMID: 19114478
50. StpA binding profile reduced to one-third in the hns mutant and the H-NS binding profile was unaffected by stpA inactivation. PMID: 19151137
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亞細胞定位：

Cytoplasm, nucleoid.
蛋白家族：

Histone-like protein H-NS family
數據庫鏈接：

KEGG: ecj:JW1225

STRING: 316385.ECDH10B_1297

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