Human Polyclonal c-Jun Ab
- Known as:
- Human Polyclonal c-Jun Antibody
- Catalog number:
- a0246
- Product Quantity:
- USD
- Category:
- -
- Supplier:
- ABclonal
- Gene target:
- Human Polyclonal c-Jun
Related products to: Human Polyclonal c-Jun Ab
Related articles to: Human Polyclonal c-Jun Ab
- We aim to better define the genotype and phenotype spectrum of RNU4ATAC-opathy, demonstrate the utility of RNA sequencing for variant classification, and highlight challenges in detecting variants in this noncoding gene. - Source: PubMed
Publication date: 2026/06/19
Matalon Dena RDuker Angela LArriaga Taylor MRussell KathrynMendez Hector RodrigoBonner Devon EHarley Margaret ESinger-Berk MorielWojcik Monica HPais LynnDiTroia StephanieO'Leary MelanieCassini ThomasEzell KimberlyNiehaus Anne DKaplan JulieWargowski David SSmid Cory JLongenecker Emily DRodriguez Barreto Ana MariaMiller Danny EKeefe Alexandra CCalderwood LaurelEnns Gregory MTekin MustafaBivona Stephanie AVora Neeta LGilmore Kelly LKhan Tahir NDavis Erica EWang Amber WKhan SameenaMaddirevula SateeshAlAbdi LamaAbuyousef OmarShamseldin Hanan EAlkhalifi SalwaAbdulwahab FirdousAlqahtani MashaelAlhumaidi Zainab ANadeef SebaAl Hashem Amal MBakur KhadijahFaqeih Eissa AAbdalla EbtesamClarke AngusFletcher ElaineKeng Wee TeikOusager Lilian Bommede Silva Deepthi CHaniffa MuzhirahMari FrancescaLam WayneCampbell JenniferHomfray TessaNampoothiri SheelaLi ChumeiChaudhari Bimal PTruxal Kristen Bernstein Jonathan AMontgomery Stephen BWheeler Matthew TAlkuraya Fowzan SO'Donnell-Luria AnneJackson Andrew PCampbell Ian MGanesh Vijay SRobertson NicLemire Gabrielle - Biallelic variants in the minor spliceosomal gene RNU4ATAC were successively identified in Taybi-Linder/MOPD1 (Microcephalic osteodysplastic primordial dwarfism type I), Roifman, and Lowry-Wood syndromes, characterized by variable microcephaly, short stature, neurodevelopmental impairment, skeletal dysplasia, and immunodeficiency. Two-thirds of the reported individuals present with Taybi-Linder syndrome, the first described and most severe form. - Source: PubMed
Publication date: 2026/06/19
Cuinat SilvestreCormier-Daire ValérieRosain JeremieHuber CélineFerriere ElsaFournier BenjaminCheminant MorganeCastelle MartinBastard PaulNoel NicolasBourdic KatiaPicard CapucineMoshous DespinaCourteille VirginieMahlaoui NizarBustamante JacintaCollobert GislèneMignot CyrilKeren BorisDrunat SéverineRondeau SophieRabec AlexiaBesson AliciaChatron NicolasLesca GaetanLaurent AudreyMortreux JérémieDancer Marine ServeauxDejeans GabrielPoggi ClaireStoeva RadkaLecordier AlissandrePoirsier CélineDieux AnneSarrot-Reynauld FrancoiseLaudier BéatriceLe Besnerais MaelleGuerrot Anne-MarieNizon MathildeCogne BenjaminIsidor BertrandJulia SophieBouri SarraFusaro MathieuWillems MarjolaineElenga NarcisseDobian Succès RemadjiDiop ModyPacaud SaloméDichamp ClaireSarrazin ElisabethLasa-Aranzasti AmaiaTizzano Eduardo FidelMarti Ivon CuscoNalda Andrea MartinFelipe-Rucián AnaGómez-Andres DavidCodina-Solà MartaFernandez PaulaRiviere Jacques GabrielSoler-Palacín PereFernández-Jaén AlbertoCarrión-Mera TeresaBorgmann InsaJohnsen ChristinSchlotawa LarsKettwig MatthiasHoffmann JessicaLex ChristianeSpeckmann Carstenvon Hardenberg SandraWetzke MartinPaul Victoria GVockel MatthiasHorvath JuditBusche AndreasHirschberger NiklasShoukier MoneefFilges IsabelDe Geyter JulieBarakat Tahsin StefanBorg IsabellaKłosowska AnnaGłuszkiewicz LenaAllen StephanieCilliers DeirdreFoley Patricia AnnLynch Sally AnnMcDonnell CiaraSansović IvonaOdak LjubicaVulin KatarinaJensen Janni MajgaardPedersen Inge SøkildeErnst AnjaTaşdelen ElifcanKılıç MustafaKılıç EsraAltunoğlu UmutTatlı BurakAkman BurcuYıldırım Ravza NurGürsoy SemraBozkaya Özlem GirayNiceta MarcelloMancini CeciliaCiolfi AndreaSeveri GiuliaCapelli MarilùMelis DanielaOnesimo RobertaLeoni ChiaraCarli DianaMussa AlessandroZampino GiuseppeCitterio AndreaGraziano ClaudioDonati IlariaAccadia MariaBisceglia LuigiBruselles AlessandroTartaglia MarcoBarragán-Arévalo TaniaBoone Philip MNelson Ryan WCabet SaraArlt AnnabelleHustinx AlexanderKlinkhammer HannahKrawitz PeterAmiel JeanneConsortium AuragenPalafoll Irene ValenzuelaSuarez FelipeDelous MarionMazoyer SylvieEdery PatrickPutoux Audrey - SET is a member of the inhibitor of histone acetyltransferases (INHAT) complex, involved in transcriptional silencing and gene regulation. Pathogenic variants in SET are postulated to cause neurodevelopmental disorder (NDD) phenotypes, but as only few individuals are described, detailed clinical information is scarce. Hence, currently counseling on phenotype and prognosis of this condition remains challenging. - Source: PubMed
Publication date: 2026/06/19
Shi YuweiSilva AnaniliaDebuy ChristopheGhosh SouravMcConkey HaleySchot RachelDeng RuizhiNikoncuk Anitavan Slegtenhorst MarjonHoefsloot Lies Hvan Ham Tjakko JSimpson Brittany NMiller DanaPillai Nishitha RHolder-Espinasse MurielAlmoguera BertaBlanco-Kelly FionaClowes VirginiaYoon GraceMonteleone BerrinVasquez JaimePérez de la Fuente RubénBellido-Cuéllar SaraBarrios-Machain UrsinoMoreno-Sáez YolandaSteindl KatharinaBegemann AnaisRauch AnitaBusa TiffanyGorokhova SvetlanaLakhani ShenelaGrinspan ZacharyGarde AuroreMau Them Frederic TranBruel Ange-LineDelanne JulianSafraou HanaColin EstelleParikh Aditi ShahSlavotinek AnneDevine PatrickShillington AmelleSorlin ArthurMenzies DidierMehta LakshmiClose CharlotteHeid CalebAhmed Syed AjazGomes AdrianaBird Lynne MAref-Eshghi ErfanCardona-Londoño Kelly JArold Stefan TLi Jing-MeiHsieh Tzung-ChienKleefstra TjitskeLanko KristinaSadikovic BekimBarakat Tahsin Stefan - Many animals utilize pheromones as chemical substances that regulate reproductive and social behaviors. Elucidating how diverse pheromonal compounds are detected and translated into specific behavioral and physiological responses is crucial for understanding animal behavior. In vertebrates, pheromone reception is primarily mediated by the vomeronasal organ. Vomeronasal sensory neurons detect a broad range of semiochemical molecules including pheromones and allelochemicals, and transmit this information via the accessory olfactory bulb to higher brain regions, such as the amygdala and hypothalamic regions. Although recent studies have advanced the identification of pheromonal molecules and the analysis of the neural circuits responsible for their detection, ligands have been identified for only a small fraction of the hundreds of vomeronasal receptors. Analyses of genetically engineered mice lacking key components of vomeronasal signal transduction in vomeronasal sensory neurons have provided comprehensive insights into the relationship between vomeronasal sensory input and behavioral output. This review focuses on pheromones among the semiochemicals detected by the vomeronasal organ and summarizes current understanding of pheromonal perception and associated social behaviors, primarily based on studies in mice, the most extensively investigated model organism to date. - Source: PubMed
Publication date: 2026/06/20
Kondo HiroIwata TetsuoHirota Junji - Several ultrasound risk stratification systems have been developed mainly with the aim of identifying benign lesions and thereby avoiding unnecessary fine needle aspiration (FNA) cytology. This randomized controlled trial assessed if the use of an ultrasound risk stratification system improved identification of lesions requiring surgical treatment. - Source: PubMed
Publication date: 2026/06/20
Dahlberg JakobCarlqvist JeanetteÖrtoft AnnHammarstedt LilianAula EkaterinaHellström MikaelElias ErikMuth Andreas