雖然這篇eIF4A鄉民發文沒有被收入到精華區:在eIF4A這個話題中,我們另外找到其它相關的精選爆讚文章
eif4a 在 張子蕾 TzuLei Chang Instagram 的最佳解答
2020-05-09 19:22:26
二手拍賣會現場居然收到花💕請問是誰送的? 還有為什麼要署名我本名啦?!😂我叫「張子蕾」好嗎!!! 好啦~真的很驚喜~有感動~但⋯是誰呢???😅😅😅 #Valentine Day...
雖然這篇eIF4A鄉民發文沒有被收入到精華區:在eIF4A這個話題中,我們另外找到其它相關的精選爆讚文章
2020-05-09 19:22:26
二手拍賣會現場居然收到花💕請問是誰送的? 還有為什麼要署名我本名啦?!😂我叫「張子蕾」好嗎!!! 好啦~真的很驚喜~有感動~但⋯是誰呢???😅😅😅 #Valentine Day...
二手拍賣會現場居然收到花💕請問是誰送的? 還有為什麼要署名我本名啦?!😂我叫「張子蕾」好嗎!!! 好啦~真的很驚喜~有感動~但⋯是誰呢???😅😅😅 #Valentine Day
真核起始因子4A(英語:eukaryotic translation Initiation Factor 4A,簡稱為eIF4A)是一種ATP依賴性RNA結合蛋白,一種RNA依賴性ATP酶,和一種RNA解旋酶,它在真核 ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>由 AZ Andreou 著作 · 2013 · 被引用 126 次 — The translation initiation factor eIF4A is the founding member of the DEAD-box protein family, and one of the few examples of DEAD-box proteins that consist of ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>In the current model of translation initiation, eIF4A unwinds RNA secondary structures in the 5'-UTR of mRNAs which is necessary to allow efficient binding ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The helicase eIF4A is part of the cellular eIF4F translation initiation complex. The main functions of eIF4A are to remove secondary complex ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>eIF4A, an eIF4 complex component that acts as an ATP-dependent RNA helicase, unwinds the secondary structure of the 5' mRNA untranslated region to mediate ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The eukaryotic initiation factor 4A (eIF4A) is a DEAD box helicase that unwinds RNA structure in the 5′ untranslated region (UTR) of mRNAs.
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>EIF-4A-I; EIF4A-I; Eukaryotic Translation Initiation Factor 4A, ... In the current model of translation initiation, eIF4A unwinds RNA ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The eIF4F Complex. eIF4F comprises the cap binding protein, eIF4E, the helicase eIF4A, and the large scaffolding protein eIF4G (Figure 281.1).
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Other names: EIF4A-2. Description (?) member of eIF4A - eukaryotic initiation factor 4A. Other Gene Models (?) AT1G54270.2 (splice variant) ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The eukaryotic translation initiation factors 4A (eIF4A) and 4G (eIF4G) are crucial for the assembly of the translationally active ribosome.
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>We show that, unexpectedly, mRNA recruitment is dependent on both the eukaryotic initiation factor (eIF) 4A DEAD-box helicase and ATP. This ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>As well, transcription of eIF4A1 is under MYC regulation, whereas that of eIF4A2 is not (12). eIF4A2 has also been identified as a host factor ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The translational control of oncoprotein expression is implicated in many cancers. Here we report an eIF4A RNA helicase-dependent mechanism ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>eIF4A is a DEAD-box RNA-dependent ATPase thought to unwind RNA secondary structure in the 5'-untranslated regions (UTRs) of mRNAs to promote ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>eIF4A reduces the formation of stress granules in cells d. Recombinant eIF4A1 inhibits RNA condensation in vitro in an. ATP-dependent manner.
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>eukaryotic translation initiation factor 4A (eIF4A) encodes an essential DEAD-box RNA helicase protein and a canonical translation initiation factor.
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Functional mimicry revealed by the crystal structure of an eIF4A:RNA complex bound to the interfacial inhibitor, desmethyl pateamine A.
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>eif4a1 mutants display slow growth, reduced lateral root formation, delayed flowering, and abnormal ovule development [2]. A T-DNA mutation of ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>eIF4A Inhibitors Suppress Cell-Cycle Feedback Response and Acquired Resistance to CDK4/6 Inhibition in Cancer.
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Inhibition of eIF4A through this unique mechanism may offer new ... eIF4A is an ATP-dependent DEAD-box RNA helicase that binds and unwinds ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Original Research demonstrated that inhibition of the emerging drug target eIF4A with Rocaglamide A (RocA) was efficacious against. Published on Dec 6, 2019.
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The eIF4A-binding site was mapped to amino acids 542–883 of yeast eIF4G1. Expression in yeast cells of the eIF4G1 domain that binds eIF4A results in cell growth ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Buy anti-eIF4A-I antibody, Rabbit anti-Human Eukaryotic initiation factor 4A-II Polyclonal Antibody-NP_001958.2 (MBS715216) product datasheet at MyBioSource ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Using Silvestrol, a selective eIF4A inhibitor, we identify 284 genes that rely on eIF4A for efficient translation. Our screen confirmed several ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>PDF | The helicase eIF4A is part of the cellular eIF4F translation initiation complex. The main functions of eIF4A are to remove secondary complex.
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>eIF4A | Eukaryotic initiation factor eIF4A. AS19 4251 | Clonality: Polyclonal | Host: Rabbit | Reactivity: Arabidopsis thaliana, Lactuca sativa, ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Log in to subscribe to Addgene Alerts. Description eukaryotic translation initiation factor 4A. Also known as Dmel_CG9075, 2439, 9075, CG9075, Dm-eIF4A, ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The eIF4A (eukaryotic initiation factor 4A) proteins belong to the extensive DEAD-box RNA helicase family, the members of which are involved ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Upon eIF4A knockdown, cells fail to inactivate TORC1 signaling when amino acids are removed from the growth medium. eIF4A inhibits TORC1 in response to removal ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>La protéine helicase eIF4A défait les structures secondaires de l'ARNm pour faciliter l'attachement de la sous unité ribosomique 40S. eIF4A a ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The eukaryotic translation initiation factor 4A (eIF4A) supports mRNA recruitment to the ribosomal preinitiation complex through activity of ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The ATPase and helicase activities of eIF4A are jointly stimulated by eIF4G and the translation initiation factor eIF4B. Yeast eIF4B mediates recruitment of the ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>eIF4A serves as an RNA helicase thought to unwind any secondary structure ... In addition to stimulating eIF4A activity, eIF4B mediates mRNA binding to ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Eukaryotic initiation factor 4A (eIF4A) is a highly conserved RNA-stimulated ATPase and helicase involved in the initiation of.
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>One protein involved in this process is the eukaryotic initiation factor 4A (eIF4A), an RNA helicase that is integral for cap-dependent translation ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Next, we attempted to connect eIF4A ATPase with mRNA unwinding but despite numerous approaches, we could not directly monitor eIF4A helicase activity in the ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Targeting the DEAD-Box RNA Helicase eIF4A with Rocaglates—A Pan-Antiviral Strategy for Minimizing the Impact of Future RNA Virus Pandemics · Gaspar Taroncher ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>CR-31B, one such Silvestrol analog, targets eIF4A, an RNA helicase and translation initiation factor. Researchers from MSK and the University of Marburg ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The requirement for eukaryotic initiation factor 4A (eIF4A) in translation is in direct proportion to the degree of mRNA 5′ secondary structure - Volume 7 ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Most notably, we discovered that eIF4A, an RNA helicase, elicits potent non-canonical effects on the LEF1 IRES.
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>We focused specifically on the activity of eIF4A RNA helicase, a key translational factor in the eIF4F complex of the cap-dependent translation.
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Importantly, targeting protein synthesis by eIF4A inhibitors circumvents PDAC resistance to mTOR inhibition. Introduction. Pancreatic ductal ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Targeting eIF4A Using MZ-735 Potently Induces Cell Death in Lymphoma Cells and Rapidly Represses mRNA Translation at the Global Level and in C- ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>EIF4A is a reported alias name for the human gene EIF4A2, or 'eukaryotic translation initiation factor 4A2'. The 407-amino acid protein is a member ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>eIF4A and eIF3 are stringently required for translation of the ecdysone target Mical, and this depends on the 5' UTR of Mical mRNA. Functional ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Protein synthesis is an important cellular process, and the RNA helicase eIF4A plays a vital role in unwinding messenger RNA and scanning during translation ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The eIF4A gene family codes for proteins which unwind secondary structures of mRNA during translational initiation. The tobacco eIF4A-10 promoter is one of ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The helicase eiF4A belongs to the eIF4F complex that regulates cap-dependent mRNA translation and represents an emerging target in oncology.
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The mechanism and consequences of the translational inhibition caused by glucose depletion in yeast are characterized. eIF4A is lost from ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>eIF4A has been thought to unwind structures formed in the untranslated 5′ region via a nonprocessive mechanism. Using a single-molecule assay, we found that ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>eIF4A を介する翻訳阻害. 翻訳開始因子は生物にとって必須な因子であるので,遺伝学的な解析が難しい側面がある.しかし ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>真核生物翻訳開始因子のひとつeIF4AはDEADボックス型RNAヘリカーゼであり,5'側非翻訳領域においてRNAの2次構造を解きほぐすことによりリボソーム小サブユニットによる ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>lncRNA SENP3-EIF4A [33. J. Wang, J. Pu, Y. Zhang et al., “Exosome-transmitted long non-coding RNA SENP3-EIF4A1 suppresses the progression of hepatocellular ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Zotatifin inhibits the eukaryotic translation initiation factor 4A (eIF4A) (2). 2021-1-27 · The preclinical efficacy shown in this study and in a phase 1/2 ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Here, we present the crystal structures of an N-terminal-truncated Pdcd4 in free form and in complex with eIF4A Whatever you need, Cubase helps you to reach ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>The 43S pre-initiation complex—formed of the 40S ribosomal eIF4A-mediated unwinding of 5' UTR higher-order structures as part of the eIF4F complex and ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Two highly homologous forms of functional EIF4A genes, Eif4a1 (602641) and Eif4a2, have been isolated in mice (Nielsen and Trachsel, 1988); yeast cells also ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>... the 5′ cap binding protein; eIF4A, an ATP-dependent RNA helicase; and eIF4G, a large Insulin-like Growth Factor-Binding Protein 3 (IGF-BP3) belongs to ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Zotatifin inhibits the eukaryotic translation initiation factor 4A (eIF4A) (2). Initially, plitidepsin underwent a large clinical development program in ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>Here, we present the crystal structures of an N-terminal-truncated Pdcd4 in free form and in complex with eIF4A Whatever you need, Cubase helps you to reach ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>26, 2015 /PRNewswire/ -- Isis Pharmaceuticals, Inc. The 43S pre-initiation complex—formed of the 40S ribosomal eIF4A-mediated unwinding of 5' UTR ...
//="/exit/".urlencode($keyword)."/".base64url_encode($si['_source']['url'])."/".$_pttarticleid?>//=htmlentities($si['_source']['domain'])?>
eif4a 在 コバにゃんチャンネル Youtube 的精選貼文
eif4a 在 大象中醫 Youtube 的最佳貼文
eif4a 在 大象中醫 Youtube 的最佳貼文