EMAGE mouse gene expression spatial database

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EMAGE:23648

Tgfbr3 transforming growth factor, beta receptor III ( MGI:104637)
TS20 (12.5 dpc)
in situ hybridisation

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Expression pattern clarity:

Expression Pattern Description

Detection Reagent

Type:	in situ hybridisation probe
Identifier:	T8830
Entity Detected:	Tgfbr3, transforming growth factor, beta receptor III ( MGI:104637)
Sequence:	sense strand is shown >T8830 CCGAGCGCCACTTTCCTCCTCCCTGGCAGTGAGAGAGAGAGAGAGGTGGAGAGGGAGAAGCGGGCTGCTG TCCTTCCAGGCCACTTTCGCTGCGCGATTCCGCGAGCTCCCGGCAGGAGGTGAAAGTCCCCGGCGGGGTC CGGATGGCGCAGTTGAACTGCGGCTGCTGAGCTCGCGGCCGCCTGCGCGCGCTGGGCGCGGGGACTCGTC TGGGCTACTCCCCCACCTCGCGTTGGACGACCGGTCCTGGACACACCGCTTGCGAGGCAAGTTGAACATT GCAGAGAAGGATCTTAAGGCTACACCCGACTTGCCACACTTGCCATCCAGCTGAAGAACCAAAGGCTGTT GGAGAGATGGCAGTGACATCCCACCACATGGTCCCTGTGTTTGTCCTGATGAGCGCCTGCCTGGCCACCG CAGGTCCAGAGCCCAGCACCCGGTGTGAACTGTCACCGATCAGTGCCTCTCATCCAGTCCAGGCCCTGAT GGAGAGCTTCACCGTTCTGTCTGGCTGTGCCAGCAGAGGCACCACTGGGCTGCCAAGGGAGGTTCACATC CTAAACCTCCGCAGTACAGACCAAGGACTAGGCCAGCCGCAGAGAGAGGTTACCCTGCATCTGAACCCCA TTGCCTCCGTGCACACTCACCACAAGCCTGTTGTGTTCCTGCTCAACTCCCCACAGCCCCTGGTGTGGCA TGTGAAGACAGAGAGACTGGCTGCTGGTGTCCCCAGACTCTTCCTGGTTTCGGAGGGTTCTGTGGTCCAG TTTTCATCAGGAAACTTCTCCTTGACAGCAGAAACAGAGGAAAGGAGTTTCCCTCAAGAAAATGAGCATC TGCTACACTGGGCCCAAAAGGAATATGGAGCAGTGACTTCATTCACCGAACTTAAGATAGCAAGAAATAT CTATATTAAAGTGGGAGAAGATCAAGTGTTCCCTCCCACGTGTAACATAGGGAAAAATTTTCTCTCGCTC AATTACCTTGCGGAGTACCTTCAACCCAAAGCCGCCGAAGGTTGTGTCCTGGCCAGTCAGCCCCACGAGA AGGAAGTGCATATCATTGAGTTAATCTCCCCCAACTCCAATCCTTACAGCACCTTCCAGGTGGATATAAT AATTGACATACGACCTGCTCGAGAGGATCCTGAGGTGGTCAAAAACCTCGTCCTGATCTTGAAGTGCAAA AAATCTGTCAACTGGGTGATCAAGTCTTTTGACGTCAAGGGAAACTTGAAAGTTATTGCTCCTGACAGTA TTGGCTTTGGAAAAGAGAGTGAACGATCCATGACAGTGACCAAATTGGTAAGAAATGACATCCCTTCCAC CCAAGAGAATCTGATGAAGTGGGCATTGGACAATGGCTACAGCCCAGTGACGTCATACACCATAGCTCCT GTGGCCAATAGATTTCATCTTCGGCTTGAGAACAACGAGGAGATGAGAGATGAGGAAGTCCACACCATTC CTCCTGAGCTTCGGATCCTGCTGGGCCCTGACCACCTGCCTGCCCTGGACAGCCCATCCTTCCAAGGGGA AATCCCAAATGGAGGTTTCCCCTTCCCATTCCCGGATATCCCCAGGAGAGGCTGGAAGGAGGGAGAAGAT AGGATCCCCCGGCCAAAGGAACCCATCATTCCCAGAGTTCAATTGCTTCCAGACCACAGAGAGCCAGAAG AAGTGCAAGGGGGCGTGAATATCGCCCTGTCAGTCAAATGTGACAATGAAAAGATGGTGGTAGCTGTAGA CAAAGATTCTTTCCAGACCAATGGCTACTCGGGGATGGAGCTCACCCTGTTGGATCCTTCCTGCAAAGCC AAGATGAATGGTACCCACTTTGTACTGGAGTCTCCGCTGAATGGCTGTGGTACTAGACATAGGAGGTCAG CCCCAGATGGTGTGGTTTACTATAACTCTATTGTGGTGCAGGCTCCATCCCCTGGGGATAGCAGTGGCTG GCCAGACGGCTACGAAGATTTGGAGTCGGGTGATAATGGATTTCCTGGAGACACAGATGAAGGAGAAACT GCCCCCCTGAGCCGTGCTGGAGTGGTAGTGTTTAACTGCAGCTTGCGGCAGCTGAGGAGTCCCAGTGGCT TCCAGGACCAGCTCGATGGAAATGCTACCTTCAACATGGAGCTGTATAACACAGACCTCTTTCTGGTGCC CTCCCCAGGGGTCTTCTCTGTGGCAGAGAATGAGCATGTATATGTTGAGGTGTCTGTCACTAAGGCTGAC CAAGATCTGGGATTTGCCATCCAAACCTGCTTTATCTCTCCATACTCAAACCCAGACAGAATGTCTGATT ACACCATCATCGAGAACATCTGTCCGAAGGATGACTCTGTGAAGTTCTACAGCTCCAAGAGAGTGCACTT CCCCATCCCACATGCTGAAGTGGACAAGAAGCGGTTCAGCTTTGTGTTCAAGTCCGTGTTCAACACCTCC CTGCTCTTCCTGCACTGCGAGCTGACGCTGTGCTCTAGGAAGAAGGGCTCCCAGAAGCTGCCAAAGTGTG TGACTCCTGACGACGCCTGCACCTCTCTAGATGCCACCATGATCTGGACCATGATGCAGAATAAGAAGAC ATTCACCAAGCCCCTGGCCGTGGTCCTCCAAGTAGATTATAAAGAAAATGTTCCAAACATGAAGGAGTCC AGTCCGGTTCCTCCTCCTCCACAGATTTTCCACGGCCTGGACACGCTCACCGTGATGGGCATTGCGTTTG CAGCATTTGTGATCGGAGCACTCCTGACGGGGGCCTTGTGGTATATCTACTCCCACACAGGGGAGACGGC ACGAAGGCAGCAAGTCCCTACCTCGCCACCAGCCTCGGAGAACAGCAGCGCAGCCCACAGCATAGGGAGC ACTCAGAGCACTCCCTGCTCTAGCAGCAGCACGGCCTAGGTGGACAGATGGACGCCGCTGCCTAGGTGGA CAGACGGATGCCTGCCACCGCCGGGGCAGGGCCAGATGCCGATGCTGGGTGTCCAGACTCAGAAGGCTTG ATCTGGGTTCCCTGTAAAGAGAGAGTGAATTTCAGTATACAGACAGCCTGCTCTACCCACCCCTTCCTTA CCACGGCCCACGTAAATGTGACCCTGGACATCTGTCACACGAAAGCTAAGCTGGTGGCCTTCCCCGCCAG CCCCTCGCAGGATGGGGGTTTCAATGTGAAACATATGCCAGTTTTTGTTCTTTTTTTTTTTTTTATGCTG CTTTGTCCAGGTGTCCAAACATCCATCATTTGGGGTCGTATGTTTTAAAGAGTAAAGGAGACGGTGAAGG GATGTCAGCTAGAGTGTAGAGCCAGGGAGAGACAGCCAGGGATTCTCGCCTAGCTGAACCAAGATGTAAA ATAGGAGAAATGCTCCCTCCATAGCCAATCTGCATCTCGCTCTGGATGCCCACTCCTGACCTGCCACGCC CTACATGGTCCCCTGTGTAGCTTGCTAGCCTTGGGGGCCTGTCACTTGCCAAAGTAACATTCCTCTCTTG GGCCAAAATGAATGCTGACTCCTGATACTCCGCACAAGCACACCAACTCCAAAAGTGCCTTAAAGCCAGG TTTGTGTCTCCTTTCAGGAGAGAGCGTGTAACGTCAGATTTGTGCCTGTCTCGAACATTCTGTCCTAATC ATACTTAAACATCAGGCAGGTGGGGTTCAGTGGTAAGCGAAGGGATTATTAGCAAGGTAATGCCTGTGTA TGGTCATATAGGCACAAATGCAGAACACCCAGCACATTGGAGAGACGACCACTTCCTCCTTTAAAATGTC CTATGCTTCCAGAGTCGGAACCTGAGTTATATGTAGATTATATTGACTCCAACCATCAGCCTTTCTGATG AGCCTGTAGAGAAGCCTAGAGAGCCCCGGGCCATCTGATGATGTCACCAGTGCTGCCTCAGATGATACAG AGACAGGGAGTTTCAGGTGAACTTCTTCAGCAGAATAAGGTGATGCCACTCTGACCTTTGCTGAGCTCAG TGACTCTTCAGTGTTAAAACTGAACCCCAGAGGGGATTCTCCATGCCAGATCCGCTGCAAATTAAATAAT ACCAATTTTCTAGAGTCCCTCCCTCCTCCCCCCTCCCCTGCCAACCAACTTAAGATTCCATAAGTAGAAC AAGCTAGATCCTAACCTGAAATAGCCATGAGCAAAGCCCACTGCCTTTACAGTCAGGCAGTTGTGCCCAG ACCTTCATGAATGAAAACGTCAACGTTGAAGCGTTGCTGATGGAAGCAGCGTGTGAAGGGATACGGACAA TCTCTCAGTCGATGAGCCCTCGTCTGACTGACCAGAGTGGCCCAGCTTCTATTCAATTGGGAAAATTTGA ACCAAAGCAGATTTCTTCAGGGCTGAGGGTCTCCAACCGATGCATAGATACATTGAAATACTTTAGATTT CCCACATGGATGGTTTGAGACTAGAGAAATACTTTTCTCTAGTTCGTTGGTTTTTAACATGAAGGTGTCT TTGGGGAGGACCTGGATCATGCTACCTGTGTTTAAAAATAATGCGCTTTGCCTAACCTTCAGCCGAATGT AACTGATAAGTATATTCTATGTATAAAAAAATGTTTAAAGATGTCTTCAAGGAAGACTAGAGTCTTTAAA TCACTTATAGCTATATTTTACTACAAAAATTCTGTATAAAGATATATTTAAATATTTTAGAGAAATTTAA GTTACTCCTTATGAAATGTTTAATTTCAGTTACTGTGAATTCTTCTAATCAGTTCGTTCTTTGATTTTAA AAAGAAAAACCTTTTCCATCATATTAAAGAGAAAATTAGCTATGGGAAGATATTAAAAGATTTCTTAGAT GGATGTGGTTAAAATTTTTGTAATATATTTAAATGTATATTTTTGAGAGAGATACTACATTGCCAAGGAC TTTATAAATAATCTTAAATTAACTTACAAATTTATAAGATGCAAACCAAAAGACTTTTTTTTTTTTAAAG AGAGAGAGAAAAGAGAAAAAAGCTTTTATTTCCTTGGATCTCATTATCAGAAATATTATTCAGCTCAAGA AATCTGACCCCATATTGGAAAATGAATGTCCTTTAGTATTCCTGAAGCTAAAGCTTGGGTGTCTCCTCCC AGCTCTTGTTACAGTGTTTCTGACTGCTTCACCCTTCACAGATTTAATACAATGTATAAGCCTTACTTTC ATAACATATTCTACAAGTTTCCTTAAGACTGTTGTTATAGTCTGGCTGAACCCATTTCCACCTGCAAAGT CTTGTGTTGTGTCTGCAGGCCACACCAGTGGCCACAGGGGCCATTTTGTCTTGTTGATGCTGAAACCATG CTGGACTGCCCCAGGCTAAGGCAGGACTGTCTGTGCAAGGCACTACAGCTATTCACGTGGAGTTACCGCT GCATTTTCAAAGGTCGGAGATCTTTCTTCTGCCTGAGTTGGTCATGTAGCAATTTTTTCCTAAACACAAA ATGGCCTTTTGCTTGTCTGGTAATGAGATTGTAAATCCATTTCCTGCGTGTGTTCTCCGCAGGCTTGCCT GAGTGTGTGGGGTGCGCAGGCGCGTGCCTGTCTTTTTGTACTGTAACTACCTCATGGTTTGAATGATGAG CGTACTGCTGGTTGTATTAACAGAGCACATTTGTCGGGTGAGTCGTGTATACAAACTTTTTTTTTTTATC CTGTTTGTTTTATCTGGGGGTTCGTTCATTAAACTGACAGATATTTTTCTAGGAAGGACTATTATCAGTT TCCAAATGCAATACTCTATTCTGGTTTTTCCTGAGTGAGCCTGATTTTGTTCCTGTTTTTCATCTACGAG GGTAAAAGCATACCCCGGGAAATCCCTGTGGCCAGTTTGAACACCCCTGCTGTAACCTTCCCTCTGTTCC ATGGTCTTTGTGAACCTGCTTAGAGGTATAGTTTTGATAACCACAGTTTTAATTCTTTTATCTGTGCATA ATAAAGATATGTATCAATTATTAAAAAAAAAAAAAAAAAAAAAAA
	nt 75 - nt 6074 of NM_011578.3
Notes:	Forward Primer sequence:TAATACGACTCACTATAGGG. Reverse Primer sequence:TAATACGACTCACTATAGGG
Chemistry:	RNA
Strand:	antisense
Label:	digoxigenin

Specimen

Organism:	mouse
Strain:	C57BL/6-Tyr < c-Brd >
Age:	12.5 dpc
Theiler Stage:	TS20
Mutations:	none (wild-type)
Preparation:	section

Procedures

Fixation:	none
Embedding:	parafin
Staining procedure:	alkaline phosphatase + NBT/BCIP

General Information

Authors:	Dongrong Chen, Diane Gleeson, Elizabeth Huckle, Anja-Kolb Kokocinksi, David Tannahill
Principal investigator:	David Tannahill, Wellcome Trust Sanger Institute, Wellcome Trust Genome Campus, Cambridge, UK CB10 1SA
Submitted by:	EMAGE EDITOR, Institute of Genetics and Molecular Medicine, Western General Hospital, Crewe Road, Edinburgh, UK EH4 2XU
Experiment type:	screen
Links:	EmbryoExpress same experiment
	Ensembl same gene
	Allen Brain Atlas same gene
	BioGPS same gene
	International Mouse Knockout Project Status same gene
	GEISHA Chicken ISH Database same gene
	EMBL-EBI Gene Expression Atlas same gene
	BrainStars same gene
	ViBrism same gene
Data Source