VThunter
a database for single-cell screening of virus target cells in animal kingdom
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Mouse

Scientific Name: Mus musculus

Taxonomy: Cellular organisms-> Eukaryota-> Opisthokonta-> Metazoa-> Eumetazoa-> Bilateria-> Deuterostomia-> Chordata-> Craniata-> Vertebrata-> Gnathostomata-> Teleostomi-> Euteleostomi-> Sarcopterygii-> Dipnotetrapodomorpha-> Tetrapoda-> Amniota-> Mammalia-> Theria-> Eutheria-> Boreoeutheria-> Euarchontoglires-> Glires-> Rodentia-> Myomorpha-> Muroidea-> Muridae-> Murinae-> Mus-> Mus

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Nipah henipavirus

Family: Paramyxoviridae

Receptor: EFNB3

Receptor EFNB3 information

Summary: EFNB3, a member of the ephrin gene family, is important in brain development as well as in its maintenance. Moreover, since levels of EFNB3 expression were particularly high in several forebrain subregions compared to other brain subregions, it may play a pivotal role in forebrain function. The EPH and EPH-related receptors comprise the largest subfamily of receptor protein-tyrosine kinases and have been implicated in mediating developmental events, particularly in the nervous system. EPH Receptors typically have a single kinase domain and an extracellular region containing a Cys-rich domain and 2 fibronectin type III repeats. The ephrin ligands and receptors have been named by the Eph Nomenclature Committee (1997). Based on their structures and sequence relationships, ephrins are divided into the ephrin-A (EFNA) class, which are anchored to the membrane by a glycosylphosphatidylinositol linkage, and the ephrin-B (EFNB) class, which are transmembrane proteins. The Eph family of receptors are similarly divided into 2 groups based on the similarity of their extracellular domain sequences and their affinities for binding ephrin-A and ephrin-B ligands. [provided by RefSeq, Jul 2008] [NCBI]  [Proteinatlas]

Data Source

Data set information

Project Date Technology Tissue Condition Cell PMID/DOI
Vthunter_110001 2018.02 Microwell-seq Bladder Normal 2746 Link
Vthunter_110003 2018.02 Microwell-seq BoneMarrowcKit Normal 5298 Link
Vthunter_110004 2018.02 Microwell-seq BoneMarrowcKit Normal 13019 Link
Vthunter_110005 2018.02 Microwell-seq BoneMarrowcKit Normal 8166 Link
Vthunter_110006 2018.02 Microwell-seq Brain Normal 3285 Link
Vthunter_110007 2018.02 Microwell-seq Brain Normal 753 Link
Vthunter_110008 2018.02 Microwell-seq EmbryonicMesenchymeE14.5 Normal 2771 Link
Vthunter_110009 2018.02 Microwell-seq Fetal Brain Normal 4369 Link
Vthunter_110010 2018.02 Microwell-seq Fetal FemaleGonad Normal 8462 Link
Vthunter_110011 2018.02 Microwell-seq Fetal Intestine Normal 6076 Link
Vthunter_110012 2018.02 Microwell-seq Fetal Lung Normal 6453 Link
Vthunter_110013 2018.02 Microwell-seq Fetal MaleGonad Normal 3472 Link
Vthunter_110014 2018.02 Microwell-seq Fetal Stomach Normal 6192 Link
Vthunter_110017 2018.02 Microwell-seq Liver Normal 261 Link
Vthunter_110018 2018.02 Microwell-seq Lung Normal 2512 Link
Vthunter_110019 2018.02 Microwell-seq Lung Normal 1414 Link
Vthunter_110021 2018.02 Microwell-seq MammaryGland.Involution Normal 3510 Link
Vthunter_110022 2018.02 Microwell-seq MammaryGland.Involution Normal 1311 Link
Vthunter_110025 2018.02 Microwell-seq MammaryGland.Pregnancy Normal 4909 Link
Vthunter_110026 2018.02 Microwell-seq MammaryGland.Virgin Normal 2081 Link
Vthunter_110027 2018.02 Microwell-seq MammaryGland.Virgin Normal 1059 Link
Vthunter_110029 2018.02 Microwell-seq MammaryGland.Virgin Normal 1592 Link
Vthunter_110030 2018.02 Microwell-seq MesenchymalStemCells Normal 7365 Link
Vthunter_110031 2018.02 Microwell-seq MesenchymalStemCellsPrimary Normal 7319 Link
Vthunter_110033 2018.02 Microwell-seq Muscle Normal 1102 Link
Vthunter_110034 2018.02 Microwell-seq NeonatalCalvaria Normal 4347 Link
Vthunter_110035 2018.02 Microwell-seq NeonatalCalvaria Normal 3617 Link
Vthunter_110036 2018.02 Microwell-seq NeonatalHeart Normal 3948 Link
Vthunter_110037 2018.02 Microwell-seq NeonatalMuscle Normal 829 Link
Vthunter_110038 2018.02 Microwell-seq NeonatalMuscle Normal 4044 Link
Vthunter_110039 2018.02 Microwell-seq NeonatalPancreas Normal 4571 Link
Vthunter_110041 2018.02 Microwell-seq NeonatalRib Normal 3082 Link
Vthunter_110042 2018.02 Microwell-seq NeonatalRib Normal 1963 Link
Vthunter_110043 2018.02 Microwell-seq NeonatalSkin Normal 3392 Link
Vthunter_110044 2018.02 Microwell-seq Ovary Normal 1931 Link
Vthunter_110045 2018.02 Microwell-seq Pancreas Normal 3610 Link
Vthunter_110046 2018.02 Microwell-seq PeripheralBlood Normal 3201 Link
Vthunter_110047 2018.02 Microwell-seq PlacentaE14.1 Normal 1873 Link
Vthunter_110048 2018.02 Microwell-seq PlacentaE14.2 Normal 2473 Link
Vthunter_110051 2018.02 Microwell-seq SmallIntestine Normal 3438 Link
Vthunter_110052 2018.02 Microwell-seq SmallIntestine Normal 1671 Link
Vthunter_110053 2018.02 Microwell-seq SmallIntestine Normal 1575 Link
Vthunter_110055 2018.02 Microwell-seq Stomach Normal 2389 Link
Vthunter_110056 2018.02 Microwell-seq Testis Normal 2216 Link
Vthunter_110057 2018.02 Microwell-seq Testis Normal 11789 Link
Vthunter_110058 2018.02 Microwell-seq TrophoblastStemCells Normal 19489 Link
Vthunter_110059 2018.02 Microwell-seq Uterus Normal 2035 Link
Vthunter_110060 2018.02 Microwell-seq Uterus Normal 1704 Link
Vthunter_110066 2019.12 MARS-seq TotalBrain Normal 2304 Link
Vthunter_110101 2020.09 10X Genomics Teeth Teeth 2888 Link
Vthunter_110105 2018.07 10X Genomics Adipose Adipose 288 Link
Vthunter_110106 2016.02 10X Genomics PrimaryVisualCortex PrimaryVisualCortex 1787 Link
Featureplot of receptors

Featureplot of receptors

mRNA expression of EFNB3 in human tissues   [NCBI]

Expression: Biased expression in brain (RPKM 19.7), endometrium (RPKM 6.5) and 5 other tissues?

Protein expression of EFNB3 in human tissues   [Proteinatlas]