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BMP10 bone morphogenetic protein 10Gene | Official Symbol | BMP10 | Official Full Name | bone morphogenetic protein 10 | CGNC ID | 60 | also known as | BMP-10, bone morphogenetic protein 10, Bone morphogenetic protein-10, BMP10 | gene type | protein-coding |
| Genomic Map | | Sequence Information | | Gene Expression | | Orthology | | Gene Ontology | Molecular Function | | Biological Process | | Cellular Component | |
| Links to other databases | |
Entry 1GEISHA Id | BMP10.UApcr | Data Source | GEISHA ISH Analysis | Forward cDNA Template Primer | TTATAAAAGCTTGCGGCCGCAGAATATATGGTGGTATCAGAGTGTGGCTG | Reverse cDNA Template Primer | GCTCTAGAAATTAACCCTCACTAAAGGGGTGAGACTGGTTTTAGTTGGTGC | cDNA Template Length | 1078 | Complete cDNA Template Probe | show TTTTTTAAAACTTGGGCCCCAATTAGGGGTCCAGATGTGCAGATAGAGCAGGGAAGACATGGCACAGGGGGAGTGCACA AGGGGAAGTATTTAATGATTCAGTCTGTAAATTTGTACATTTCGGATTTCCTATTTAATAAGGTATTTAATGAGGCATG TACAGATAATTGTATGTTTCCTGTCACGGGGAATGGGCAAGTCATATGACCGTAGGGAATGTATATTTTTGTTCCATTG CTTGCTTCTTGCTATTCTGTTCAAATTATGTCTGTCTCTCTTCATACCTGAGCATAGAGCACATCACTGGATTGTTTGG GTGGGCTCTTCATGCTAGAAGGAGCACATTCAAATTCACAGGAATAAAGGCATCTTTTTGTGCTTTGTAAATGGTGATT GGCATCTGTAGGGATTTCCAGAGTGACTATAGCTATGGGCAATACGTGCCCAGATTGTTCAGTTGTGTGTAAAATCTTT ATAAAGATCTTTACATACTCAGATATTTTGAAAATTTATCTCTGTAGCTCTTAAATCTCAACAAAAGGTTTAGAATGGT ACCAGTTTACACCAGCTCAGAATCTGGTCCCCCCCAACCAGTCCAGTAAGCTACATGCCATACATCCACGTAACCCAAT TCAGATGGCCGAATAGTATTGCATTTAGTCTGCATAGAAATAGACAGAAAAGGAACCCCCATTGTGCCAGCTAGATAGA GAGGATCTTTCCTTTATGTATGTGCTGAAGTTGTCAATTCATAAAGGTACTGCCCCCCCTTACATGATATATGATGGAG TCACATGCCATGTTTCCGCCACTCTTCTGCAACAAATCGCAGTGATAAGAAGGTGTCGGAGCTGAAAACAATAGACCCG TCACTTTATTTATACTAAGCTGCAAAATTTGTCAGATTCTTGGGAAAGTGTAAGTGACCTGACTCTTTTAGCCTGTACC AGAGCCTACTGTACTGTCCCTGCATCTGTTTTACACTTTTAAGGGAAAGTTATCTCACCTGGAAGTGATAAGGGCCTTT GAAAGAATCCACCCAACACCTTCATGGGATACCTTACTTCCAAACCCGTCCCCCCTTGGGGGGTAATTTAAAAA | Comments | No expression detected from stages 3 to 9. |
Entry 2GEISHA Id | BMP10.Kruithof.2006 | Data Source | Publication | Complete cDNA Template Probe | show GAAATTGCCAACTTCCATGGACACCCTGGTGAGGAGGCTCTGCTCCAGATGCGTTCTAACATCATTTATGACTCTACTG CTCGAATCCGAAGGAACGCAAAAGGCAACTACTGCAAAAAGACTCCACTCTACATAGATTTCAAGGAGATTGGCTGGGA TTCCTGGATCATCGCTCCAGCAGGATATGAAGCTTATGAGTGCCATGGAGTATGCGCCTACCCCTTAACAGAGCACGTC ACCCCAACAAAACATGCCATTGTCCAGACTTTGGTTCACTTGAAGAATCCCCAGAAAGCCTCCAAGGCCTGCTGCGTGC CCACCAAACTCGATCCTATCTCAATTCTCTACATGGATGCAGGGGTGGTCACCTACAAGTTCAAATATGAAGGCATGGT GGTATCAGAGTGTGGCTGCAGATAGTAGCAGGAAGACATGCACAGGGGAGTGCACAAGGGAAGTATTTAATGATTCAGT CTGTAAATTTGTACATNTCGGATTTCCTATTAATAAGGTTATTTAATGAGGCATGTACAGATAACTGTATGTTTCCTGT CACGGGGAATGGGCAAGTCATATGACCGTAGGGAATGTATA | Citation | Kruithof BP, van Wijk B, Somi S, Kruithof-de Julio M, Pérez Pomares JM, Weesie F, Wessels A, Moorman AF, van den Hoff MJ. BMP and FGF regulate the differentiation of multipotential pericardial mesoderm into the myocardial or epicardial lineage. Dev Biol. 2006 Jul 15;295(2):507-22. Epub 2006 Apr 3. | Copyright | Copyright © 2006 Elsevier B.V. All rights reserved. | Comments | According to the authors: The in situ hybridization procedure and the probes used were recently described (Somi et al., 2004a and Somi et al., 2004b). These sources indicated: Chicken cDNA (604156553F1), which is similar to human and mouse BMP10, was identified in the UMIST Est database (Boardman et al., [2002]) and obtained from the MRC geneservice (Cambridge, UK). This clone is shown as probe. |
Stage | Image (click image to view full size) | Location (click to highlight) | Comments (click to highlight) | 13-16 | | stage 16 | | stage 16 | | Splanchnic Mesoderm
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Entry 3GEISHA Id | BMP10.Ishii.2010 | Data Source | Publication | Complete cDNA Template Probe | show ATGGATTCCATAGTCCTCCAGCTGTGGGCTGGCCTCTGCCTCTTGGTTCACCTTGCCACTTGCAGTCCCATCCTGAGCT TGGAGCACTCTTCCTTAGAGGAAGGCGAGCCTCTTTTCGATGAATTCCTGTCCGAGCAGGATGGTGTTGATTTCAACAC ATTGCTTCAGAATATGAAGAACGAGTTCCTGAAGACGTTGAACCTCTCCGACATTCCTCTGCACGAGTCGGCCAAAGTG GACCCACCAGAGTACATGTTAGAGCTGTACAACAAGTTTGCCACTGACAGGACATCTATGCCATCTGCAAATATCATTA GGAGCTTCAAAAATGAAGACCTTGCTTCCCACCCTGTTGGCGTCATAGGAGTTCGGAAATACCCCCTTCTGTTCAATGT CTCCATCCCTCATCATGAAGAAATCACCATGGCGGAGCTGAGACTCTACACCTTGGTGGAGAGGGACCAAATGCTTTAT GAAGGGCTCGACCGAAAGGTCACCATTTTTGAAGTGCTGGAAAATGACCATATGGGGGTAGGAGAAGAAAGAAAGATCG TGGCGCTGGCATCCAGACAGATCTATGGCACAAGCAGTGAGTGGGAGAGCTTCGAGGTGACCGAAGCCATCAGGCGTTG GCGAAGGGCAGGGCTGACCACGCACCGGCTGGAGGTTCACATTGAGAGCAGAGAAGGGGAGGAGCAGAATGGAGAGGGG AAACTCGATATCGACATCAACTCTGAGGCTAAGCACGTGCCCCTGTTGATTGTGTTCTCTGATGACCAAAGCAATGATC AGAAAGAGGAGAAGCAAGAGCTGAACGAAATGATAGACCATGAGCAGCTCCTGGACTTGGAGAACCTGGAAGTTGGCAA TTTCCATGGACACCCTGGTGAGGAGGCTCTGCTCCAGATGCGTTCTAACATCATTTATGACTCTACTGCTCGAATCCGA AGGAACGCAAAAGGCAACTACTGCAAAAAGACTCCACTCTACATAGATTTCAAGGAGATTGGCTGGGATTCCTGGATCA TCGCTCCAGCAGGATATGAAGCTTATGAGTGCCATGGAGTATGCGCCTACCCCTTAACAGAGCACGTCACCCCAACAAA ACATGCCATTGTCCAGACTTTGGTTCACTTGAAGAATCCCCAGAAAGCCTCCAAGGCCTGCTGCGTGCCCACCAAACTC GATCCTATCTCAATTCTCTACATGGATGCAGGGGTGGTCACCTACAAGTTCAAATATGAAGGCATGGTGGTATCAGAGT GTGGCTGCAGATAGTAGCAGGGAAGACATGCACAGGGGAGTGCACAAGGGAAGTATTTAATGATTCAGTCTGTAAATTT GTACATTTCGGATTTCCTATTTAATAAGGTTATTTAATGAGGCATGTACAGATAATTGTATGTTTCCTGTCACGGGGAA TGGGCAAGTCATATGACCGTAGGGAATGTATATTTTGTTCCATTGCTTGCTTCTTGCTATTCTGTTCAAATTATGTCTG TCTCTCTTCATACCTGAGCATAGAGCACATCACTGGATTGTTTGGGTGGGCTCTTCATGCTAGAAGGAGCACATTCAAA TTCACAGGAATAAAGGCATCTTTTTGTGCTTTGTAAATGGTGATTGGCATCTGTAGGGATTTCCAGAGTGACTATAGCT ATGGGCAATACGTGCCCAGATTGTTCAGTTGTGTGTAAAATCTTTATAAAGATCTTTACATACTCAGATATTTTGAAAA TTTATCTCTGTAGCTCTTAAATCTCAACAAAAGGTTTAGAATGGTACCAGTTTACACCAGCTCAGAATCTGGTCCCCCC CAACCAGTCCAGTAAGCTACATGCCATACATCCACGTAACCCAATTCAGATGGCCGAATAGTATTGCATTTAGTCTGCA TAGAAATAGACAGAAAAGGAACCCCCATTGTGCCAGCTAGATAGAGAGGATCTTTCCTTTATGTATGTGCTGAAGTTGT CAATTCATAAAGGTACTGCCCCCCCTTACATGATATATGATGGAGTCACATGCCATGTTTCCGCCACTCTTCTGCAACA AATCGCAGTGATAAGAAGGTGTCGGAGCTGAGAAACAATAGACCCGTCACTTTATTTATACTAAGCTGCAAATTTGTCA GATTCTTGGGAAAGTGTAAGTGACACTGACTCTTTTAGCCTGTACCAGAGCCTACTGTACTGTCCCTGCATCTGTTTTA CACTTTTAAGGGAAAGTTATCTTCACTGGAAGTGATAAGGGCCTTTGAAAGAATCACTCTAACACTTCATGGGATTGAA CACTTTATCATGCACCAACTAAAACCAGTCTCACCTATTTTCACACATACTCTTCTGTGCTTCCCATAATTTATTGATC TATTTATTGACTGCCTGCCTCTGTAATATAATGTAGAATACAGAACGTTTTATTTTTGTGCTTGTATGTAACCCCACTT GGATAAAACCTTGTACCGAC | Citation | Ishii Y, Garriock RJ, Navetta AM, Coughlin LE, Mikawa T.. BMP Signals Promote Proepicardial Protrusion Necessary for Recruitment of Coronary Vessel and Epicardial Progenitors to the Heart. Dev Cell. 2010 August 17; 19(2): 307316. | Copyright | Copyright © 2010 Elsevier Inc. All rights reserved. | Comments | As insufficient information is provided in publication to verify exact sequence used to synthesize probe, the sequence below was obtained from NCBI (acc #XM_417667.1). |
Stage | Image (click image to view full size) | Location (click to highlight) | Comments (click to highlight) | 13-17 | | stage 17 | | stage 17 | | Heart
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Entry 4GEISHA Id | BMP10.Anderson.2020 | Data Source | GEISHA ISH Analysis | Complete cDNA Template Probe | show TCCAAGGCCTGCTGCGTGCCCACCAAACTCGATCCTATCTCAATTCTCTACATGGATGCAGGGGTGGTCACCTACAAGT TCAAATATGAAGGCATGGTGGTATCAGAGTGTGGCTGCAGATAGTAGCAGGGAAGACATGCACAGGGGAGTGCACAAGG GAAGTATTTAATGATTCAGTCTGTAAATTTGTACATTTCGGATTTCCTATTTAATAAGGTTATTTAATGAGGCATGTAC AGATAATTGTATGTTTCCTGTCACGGGGAATGGGCAAGTCATATGACCGTAGGGAATGTATATTTTGTTCCATTGCTTG CTTCTTGCTATTCTGTTCAAATTATGTCTGTCTCTCTTCATACCTGAGCATAGAGCACATCACTGGATTGTTTGGGTGG GCTCTTCATGCTAGAAGGAGCACATTCAAATTCACAGGAATAAAGGCATCTTTTTGTGCTTTGTAAATGGTGATTGGCA TCTGTAGGGATTTCCAGAGTGACTATAGCTATGGGCAATACGTGCCCAGATTGTTCAGTTGTGTGTAAAATCTTTATAA AGATCTTTACATACTCAGATATTTGAAAATTTATCTCTGTAGCTCTTAAATCTCAACAAAAGGGTTAGAATGGTACCAG TTTACACCAGCTCAGAATCTGGTCCCCCCAACAGTCCAGTAAGCTACATGCCATACATCCACGTAACCAATCAGATGGC CGAATAGTATGCATTAGTCT | Comments | Images and probe sequence provided by Claire Anderson; Related article: Anderson C, Hill B, Lu HC, Moverley A, Yang Y, Oliveira NMM, Baldock RA, Stern CD. A 3D molecular atlas of the chick embryonic heart. Dev Biol. 2019 Dec 1;456(1):40-46. doi: 10.1016/j.ydbio.2019.07.003. Epub 2019 Jul 5. |
Entry 5GEISHA Id | BMP10.Anderson.2019 | Data Source | Publication | Complete cDNA Template Probe | show TCCAAGGCCTGCTGCGTGCCCACCAAACTCGATCCTATCTCAATTCTCTACATGGATGCAGGGGTGGTCACCTACAAGT TCAAATATGAAGGCATGGTGGTATCAGAGTGTGGCTGCAGATAGTAGCAGGGAAGACATGCACAGGGGAGTGCACAAGG GAAGTATTTAATGATTCAGTCTGTAAATTTGTACATTTCGGATTTCCTATTTAATAAGGTTATTTAATGAGGCATGTAC AGATAATTGTATGTTTCCTGTCACGGGGAATGGGCAAGTCATATGACCGTAGGGAATGTATATTTTGTTCCATTGCTTG CTTCTTGCTATTCTGTTCAAATTATGTCTGTCTCTCTTCATACCTGAGCATAGAGCACATCACTGGATTGTTTGGGTGG GCTCTTCATGCTAGAAGGAGCACATTCAAATTCACAGGAATAAAGGCATCTTTTTGTGCTTTGTAAATGGTGATTGGCA TCTGTAGGGATTTCCAGAGTGACTATAGCTATGGGCAATACGTGCCCAGATTGTTCAGTTGTGTGTAAAATCTTTATAA AGATCTTTACATACTCAGATATTTGAAAATTTATCTCTGTAGCTCTTAAATCTCAACAAAAGGGTTAGAATGGTACCAG TTTACACCAGCTCAGAATCTGGTCCCCCCAACAGTCCAGTAAGCTACATGCCATACATCCACGTAACCAATCAGATGGC CGAATAGTATGCATTAGTCT | Citation | Anderson C, Hill B, Lu HC, Moverley A, Yang Y, Oliveira NMM, Baldock RA, Stern CD. A 3D molecular atlas of the chick embryonic heart. Dev Biol. 2019 Dec 1;456(1):40-46. doi: 10.1016/j.ydbio.2019.07.003. Epub 2019 Jul 5. | Copyright | Copyright © 2019 Elsevier Inc. All rights reserved. | Comments | The complete cDNA template sequence was obtained from the information from the publication as described in Anderson et al. 2019. |
Stage | Image (click image to view full size) | Location (click to highlight) | Comments (click to highlight) | 7-12 | | stage 12 | | stage 12 | | Ventricles
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| Data from NCBI Unigene EST Profile Unigene ID: Gga.9509 |
MouseFrogFruit FlyZebra FinchZebrafish
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