neonatal diabetes mellitus |
Disease ID | 679 |
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Disease | neonatal diabetes mellitus |
Definition | Hyperglycemia in the newborn due to a defect in the secretion or function of insulin.(NICHD) |
Synonym | congenital diabetes mellitus diabetes mellitus syndrome in newborn infant neonat diabetes mellitus neonatal diabetes neonatal diabetes mellitus (disorder) |
Orphanet | |
DOID | |
ICD10 | |
UMLS | C0158981 |
SNOMED-CT | |
Comorbidity | UMLS | Disease | Sentences' Count(Total Sentences:11) C0020456 | hyperglycemia | 2 C0011847 | diabetes | 1 C0021828 | intestinal atresia | 1 C0016952 | galactosemia | 1 C0017601 | glaucoma | 1 C0025958 | microcephaly | 1 C0410528 | skeletal dysplasia | 1 C0020676 | hypothyroidism | 1 C0020302 | congenital glaucoma | 1 C0004775 | bartter syndrome | 1 C1096063 | intractable epilepsy | 1 |
Curated Gene | Entrez_id | Symbol | Resource(Total Genes:2) |
Inferring Gene | (Waiting for update.) |
Text Mined Gene | Entrez_id | Symbol | Score | Resource(Total Genes:54) 6833 | ABCC8 | 6.965 | DISEASES 10189 | ALYREF | 1.314 | DISEASES 1028 | CDKN1C | 1.091 | DISEASES 51596 | CUTA | 2.684 | DISEASES 9077 | DIRAS3 | 1.157 | DISEASES 2305 | FOXM1 | 2.724 | DISEASES 50943 | FOXP3 | 2.518 | DISEASES 2626 | GATA4 | 1.614 | DISEASES 2641 | GCG | 2.379 | DISEASES 169792 | GLIS3 | 5.417 | DISEASES 2778 | GNAS | 1.973 | DISEASES 149775 | GNAS-AS1 | 3.269 | DISEASES 2887 | GRB10 | 2.042 | DISEASES 3329 | HSPD1 | 1.253 | DISEASES 57061 | HYMAI | 5.914 | DISEASES 3481 | IGF2 | 1.223 | DISEASES 3482 | IGF2R | 1.355 | DISEASES 387755 | INSC | 1.253 | DISEASES 3767 | KCNJ11 | 7.334 | DISEASES 10984 | KCNQ1OT1 | 3.153 | DISEASES 154288 | KHDC3L | 2.276 | DISEASES 389692 | MAFA | 1.791 | DISEASES 83552 | MFRP | 1.044 | DISEASES 8972 | MGAM | 3.15 | DISEASES 4537 | MT-ND3 | 1.054 | DISEASES 4821 | NKX2-2 | 1.937 | DISEASES 84504 | NKX6-2 | 1.583 | DISEASES 55655 | NLRP2 | 2.607 | DISEASES 199713 | NLRP7 | 2.45 | DISEASES 147111 | NOTUM | 2.262 | DISEASES 5078 | PAX4 | 2.246 | DISEASES 5080 | PAX6 | 1.342 | DISEASES 3651 | PDX1 | 4.729 | DISEASES 5178 | PEG3 | 2.154 | DISEASES 5324 | PLAG1 | 1.886 | DISEASES 5325 | PLAGL1 | 5.783 | DISEASES 10848 | PPP1R13L | 1.231 | DISEASES 5538 | PPT1 | 2.157 | DISEASES 256297 | PTF1A | 4.458 | DISEASES 5923 | RASGRF1 | 2.393 | DISEASES 222546 | RFX6 | 4.816 | DISEASES 388015 | RTL1 | 1.765 | DISEASES 10864 | SLC22A7 | 1.286 | DISEASES 6514 | SLC2A2 | 3.262 | DISEASES 9126 | SMC3 | 1.155 | DISEASES 8676 | STX11 | 1.307 | DISEASES 25870 | SUMF2 | 1.405 | DISEASES 143425 | SYT9 | 2.43 | DISEASES 6934 | TCF7L2 | 2.598 | DISEASES 10422 | UBAC1 | 2.044 | DISEASES 23038 | WDTC1 | 1.653 | DISEASES 7485 | WRB | 1.462 | DISEASES 162239 | ZFP1 | 1.865 | DISEASES 346171 | ZFP57 | 5.79 | DISEASES |
Locus | (Waiting for update.) |
Disease ID | 679 |
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Disease | neonatal diabetes mellitus |
Integrated Phenotype | (Waiting for update.) |
Text Mined Phenotype | HPO | Name | Sentences' Count(Total Phenotypes:18) HP:0002594 | Underdeveloped pancreas | 3 HP:0001631 | Atria septal defect | 2 HP:0003074 | High blood glucose | 2 HP:0002652 | Skeletal dysplasia | 1 HP:0001321 | Small cerebellum | 1 HP:0002958 | Immune dysregulation | 1 HP:0100578 | Lipoatrophy | 1 HP:0000110 | Renal dysplasia | 1 HP:0011100 | Intestinal atresia | 1 HP:0001518 | Small for gestational age | 1 HP:0000821 | Underactive thyroid | 1 HP:0000501 | Glaucoma | 1 HP:0001987 | Hyperammonemia | 1 HP:0001511 | Prenatal onset growth retardation | 1 HP:0000252 | Small head circumference | 1 HP:0001087 | Childhood glaucoma | 1 HP:0000851 | Congenital hypothyroidism | 1 HP:0001510 | Growth deficiency | 1 |
Disease ID | 679 |
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Disease | neonatal diabetes mellitus |
Manually Symptom | UMLS | Name(Total Manually Symptoms:2) |
Text Mined Symptom | UMLS | Name | Sentences' Count(Total Symptoms:1) |
Manually Genotype(Total Text Mining Genotypes:0) |
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(Waiting for update.) |
Text Mining Genotype(Total Genotypes:0) | |
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(Waiting for update.) |
All Snps(Total Genotypes:47) | |||||||||||||
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snpId | pubmedId | geneId | geneSymbol | diseaseId | sourceId | sentence | score | Year | geneSymbol_dbSNP | CHROMOSOME | POS | REF | ALT |
rs137852673 | NA | 6833 | ABCC8 | umls:C0158981 | CLINVAR | NA | 0.13302921 | NA | ABCC8 | 11 | 17395915 | G | T,A |
rs141322087 | NA | 6833 | ABCC8 | umls:C0158981 | CLINVAR | NA | 0.13302921 | NA | ABCC8 | 11 | 17404552 | C | T |
rs148529020 | NA | 6833 | ABCC8 | umls:C0158981 | CLINVAR | NA | 0.13302921 | NA | ABCC8 | 11 | 17460613 | C | T |
rs1738248 | 18497752 | 6833 | ABCC8 | umls:C0158981 | BeFree | A mutation (R826W) in nucleotide-binding domain 1 of ABCC8 reduces ATPase activity and causes transient neonatal diabetes. | 0.13302921 | 2008 | DNAH8 | 6 | 38786848 | C | T |
rs1738248 | 18497752 | 1769 | DNAH8 | umls:C0158981 | BeFree | A mutation (R826W) in nucleotide-binding domain 1 of ABCC8 reduces ATPase activity and causes transient neonatal diabetes. | 0.000271442 | 2008 | DNAH8 | 6 | 38786848 | C | T |
rs193922396 | NA | 6833 | ABCC8 | umls:C0158981 | CLINVAR | NA | 0.13302921 | NA | ABCC8 | 11 | 17442744 | A | G |
rs193922397 | NA | 6833 | ABCC8 | umls:C0158981 | CLINVAR | NA | 0.13302921 | NA | ABCC8 | 11 | 17442734 | T | C |
rs193922399 | NA | 6833 | ABCC8 | umls:C0158981 | CLINVAR | NA | 0.13302921 | NA | ABCC8 | 11 | 17404527 | A | C |
rs193922400 | NA | 6833 | ABCC8 | umls:C0158981 | CLINVAR | NA | 0.13302921 | NA | ABCC8 | 11 | 17404524 | C | T,A |
rs193922401 | NA | 6833 | ABCC8 | umls:C0158981 | CLINVAR | NA | 0.13302921 | NA | ABCC8 | 11 | 17395914 | C | A |
rs193922403 | NA | 6833 | ABCC8 | umls:C0158981 | CLINVAR | NA | 0.13302921 | NA | ABCC8 | 11 | 17395215 | G | C,A |
rs193922406 | NA | 6833 | ABCC8 | umls:C0158981 | CLINVAR | NA | 0.13302921 | NA | ABCC8 | 11 | 17393752 | A | C |
rs193922407 | NA | 6833 | ABCC8 | umls:C0158981 | CLINVAR | NA | 0.13302921 | NA | ABCC8 | 11 | 17393741 | C | T |
rs193922408 | NA | 6833 | ABCC8 | umls:C0158981 | CLINVAR | NA | 0.13302921 | NA | ABCC8 | 11 | 17393122 | C | T |
rs193922565 | NA | 3767 | KCNJ11 | umls:C0158981 | CLINVAR | NA | 0.149315722 | NA | KCNJ11 | 11 | 17388087 | A | G |
rs193929337 | 16123353 | 3767 | KCNJ11 | umls:C0158981 | BeFree | Here we characterize the channel properties of Kir6.2 mutations that underlie transient neonatal diabetes (I182V) or more severe forms of permanent neonatal diabetes (V59M, Q52R, and I296L). | 0.149315722 | 2005 | KCNJ11 | 11 | 17387937 | T | C |
rs193929348 | 16123353 | 3767 | KCNJ11 | umls:C0158981 | BeFree | Here we characterize the channel properties of Kir6.2 mutations that underlie transient neonatal diabetes (I182V) or more severe forms of permanent neonatal diabetes (V59M, Q52R, and I296L). | 0.149315722 | 2005 | KCNJ11 | 11 | 17387548 | T | C |
rs193929353 | 16123353 | 3767 | KCNJ11 | umls:C0158981 | BeFree | Here we characterize the channel properties of Kir6.2 mutations that underlie transient neonatal diabetes (I182V) or more severe forms of permanent neonatal diabetes (V59M, Q52R, and I296L). | 0.149315722 | 2005 | KCNJ11 | 11 | 17387206 | T | G,C |
rs193929353 | 23835339 | 3767 | KCNJ11 | umls:C0158981 | BeFree | In the absence of MgATP, gliclazide block was similar for wild-type channels and those carrying the Kir6.2 ND mutations R210C, G334D, I296L, and V59M. | 0.149315722 | 2013 | KCNJ11 | 11 | 17387206 | T | G,C |
rs193929355 | 17919178 | 3767 | KCNJ11 | umls:C0158981 | BeFree | Functional analysis of two Kir6.2 (KCNJ11) mutations, K170T and E322K, causing neonatal diabetes. | 0.149315722 | 2007 | KCNJ11 | 11 | 17387128 | C | T |
rs193929358 | 23835339 | 3767 | KCNJ11 | umls:C0158981 | BeFree | In the absence of MgATP, gliclazide block was similar for wild-type channels and those carrying the Kir6.2 ND mutations R210C, G334D, I296L, and V59M. | 0.149315722 | 2013 | KCNJ11 | 11 | 17387091 | C | T |
rs193929358 | 17259376 | 3767 | KCNJ11 | umls:C0158981 | BeFree | Here we describe a patient with severe PNDM, which includes developmental delay and epilepsy, in addition to neonatal diabetes (developmental delay, epilepsy, and neonatal diabetes [DEND]), due to a G334D mutation in the Kir6.2 subunit of K(ATP) channel. | 0.149315722 | 2007 | KCNJ11 | 11 | 17387091 | C | T |
rs193929373 | 16026363 | 2645 | GCK | umls:C0158981 | BeFree | To investigate the prevalence and clinical characteristics of heterozygotes of the glucokinase gene mutations G264S and IVS8+2 in the extended pedigree of two patients with permanent neonatal diabetes as a result of glucokinase deficiency (IVS8+2 homozygosity and IVS8+2/G264S compound heterozygosity). | 0.002714419 | 2005 | GCK;LOC105375258 | 7 | 44147723 | C | T |
rs193929375 | 15644838 | 3630 | INS | umls:C0158981 | BeFree | We describe a novel homozygous missense glucokinase mutation (R397L) resulting in insulin-treated neonatal diabetes in an infant from a consanguineous Asian family. | 0.019815257 | 2005 | GCK | 7 | 44145560 | C | A |
rs386597997 | 22187380 | 6833 | ABCC8 | umls:C0158981 | BeFree | Although rare monogenic activating mutations in these genes cause overt neonatal diabetes, the common variants E23K (KCNJ11) and S1369A (ABCC8) form a tightly heritable haplotype that is associated with an increased susceptibility to type 2 diabetes (T2D) risk. | 0.13302921 | 2012 | NA | NA | NA | NA | NA |
rs386597997 | 22187380 | 3767 | KCNJ11 | umls:C0158981 | BeFree | Although rare monogenic activating mutations in these genes cause overt neonatal diabetes, the common variants E23K (KCNJ11) and S1369A (ABCC8) form a tightly heritable haplotype that is associated with an increased susceptibility to type 2 diabetes (T2D) risk. | 0.149315722 | 2012 | NA | NA | NA | NA | NA |
rs5219 | 22187380 | 6833 | ABCC8 | umls:C0158981 | BeFree | Although rare monogenic activating mutations in these genes cause overt neonatal diabetes, the common variants E23K (KCNJ11) and S1369A (ABCC8) form a tightly heritable haplotype that is associated with an increased susceptibility to type 2 diabetes (T2D) risk. | 0.13302921 | 2012 | KCNJ11 | 11 | 17388025 | T | C |
rs5219 | 22187380 | 3767 | KCNJ11 | umls:C0158981 | BeFree | Although rare monogenic activating mutations in these genes cause overt neonatal diabetes, the common variants E23K (KCNJ11) and S1369A (ABCC8) form a tightly heritable haplotype that is associated with an increased susceptibility to type 2 diabetes (T2D) risk. | 0.149315722 | 2012 | KCNJ11 | 11 | 17388025 | T | C |
rs59852838 | 18346985 | 6833 | ABCC8 | umls:C0158981 | BeFree | Overexpression of SUR1-Y356C in INS1(832/13) cells impaired glucose-induced cell depolarization and increased in intracellular free Ca(2+) concentration, albeit more weakly than neonatal diabetes-associated SUR1 mutants. | 0.13302921 | 2008 | ABCC8 | 11 | 17453228 | T | C |
rs757110 | 22187380 | 6833 | ABCC8 | umls:C0158981 | BeFree | Although rare monogenic activating mutations in these genes cause overt neonatal diabetes, the common variants E23K (KCNJ11) and S1369A (ABCC8) form a tightly heritable haplotype that is associated with an increased susceptibility to type 2 diabetes (T2D) risk. | 0.13302921 | 2012 | ABCC8 | 11 | 17396930 | C | T,A |
rs757110 | 22187380 | 3767 | KCNJ11 | umls:C0158981 | BeFree | Although rare monogenic activating mutations in these genes cause overt neonatal diabetes, the common variants E23K (KCNJ11) and S1369A (ABCC8) form a tightly heritable haplotype that is associated with an increased susceptibility to type 2 diabetes (T2D) risk. | 0.149315722 | 2012 | ABCC8 | 11 | 17396930 | C | T,A |
rs80356610 | 15784703 | 3767 | KCNJ11 | umls:C0158981 | BeFree | The C42R mutation in the Kir6.2 (KCNJ11) gene as a cause of transient neonatal diabetes, childhood diabetes, or later-onset, apparently type 2 diabetes mellitus. | 0.149315722 | 2005 | KCNJ11 | 11 | 17387968 | A | G |
rs80356611 | NA | 3767 | KCNJ11 | umls:C0158981 | CLINVAR | NA | 0.149315722 | NA | KCNJ11 | 11 | 17387943 | C | T,G |
rs80356615 | 18073297 | 3767 | KCNJ11 | umls:C0158981 | BeFree | The G53D mutation in Kir6.2 (KCNJ11) is associated with neonatal diabetes and motor dysfunction in adulthood that is improved with sulfonylurea therapy. | 0.149315722 | 2008 | KCNJ11 | 11 | 17387934 | C | T |
rs80356616 | 17047922 | 3767 | KCNJ11 | umls:C0158981 | BeFree | Improved motor development and good long-term glycaemic control with sulfonylurea treatment in a patient with the syndrome of intermediate developmental delay, early-onset generalised epilepsy and neonatal diabetes associated with the V59M mutation in the KCNJ11 gene. | 0.149315722 | 2006 | KCNJ11 | 11 | 17387917 | C | T |
rs80356616 | 23835339 | 3767 | KCNJ11 | umls:C0158981 | BeFree | In the absence of MgATP, gliclazide block was similar for wild-type channels and those carrying the Kir6.2 ND mutations R210C, G334D, I296L, and V59M. | 0.149315722 | 2013 | KCNJ11 | 11 | 17387917 | C | T |
rs80356616 | 16123353 | 3767 | KCNJ11 | umls:C0158981 | BeFree | Here we characterize the channel properties of Kir6.2 mutations that underlie transient neonatal diabetes (I182V) or more severe forms of permanent neonatal diabetes (V59M, Q52R, and I296L). | 0.149315722 | 2005 | KCNJ11 | 11 | 17387917 | C | T |
rs80356616 | 16670688 | 3767 | KCNJ11 | umls:C0158981 | BeFree | We identified KCNJ11 mutations in four of 10 probands with permanent neonatal diabetes and one affected parent; this included the novel C166F mutation and the previously described V59M and R201H. | 0.149315722 | 2006 | KCNJ11 | 11 | 17387917 | C | T |
rs80356617 | 19139106 | 3767 | KCNJ11 | umls:C0158981 | BeFree | Analysis of two KCNJ11 neonatal diabetes mutations, V59G and V59A, and the analogous KCNJ8 I60G substitution: differences between the channel subtypes formed with SUR1. | 0.149315722 | 2009 | KCNJ11 | 11 | 17387916 | A | C |
rs80356618 | 16670688 | 3767 | KCNJ11 | umls:C0158981 | BeFree | We identified KCNJ11 mutations in four of 10 probands with permanent neonatal diabetes and one affected parent; this included the novel C166F mutation and the previously described V59M and R201H. | 0.149315722 | 2006 | KCNJ11 | 11 | 17387595 | C | T,A |
rs80356621 | 17919178 | 3767 | KCNJ11 | umls:C0158981 | BeFree | Functional analysis of two Kir6.2 (KCNJ11) mutations, K170T and E322K, causing neonatal diabetes. | 0.149315722 | 2007 | KCNJ11 | 11 | 17387583 | T | C |
rs80356624 | 19345438 | 3767 | KCNJ11 | umls:C0158981 | BeFree | Sulfonylurea treatment in a girl with neonatal diabetes (KCNJ11 R201H) and celiac disease: impact of low compliance to the gluten free diet. | 0.149315722 | 2009 | KCNJ11 | 11 | 17387490 | C | T,A |
rs80356624 | 16670688 | 3767 | KCNJ11 | umls:C0158981 | BeFree | We identified KCNJ11 mutations in four of 10 probands with permanent neonatal diabetes and one affected parent; this included the novel C166F mutation and the previously described V59M and R201H. | 0.149315722 | 2006 | KCNJ11 | 11 | 17387490 | C | T,A |
rs80356637 | NA | 6833 | ABCC8 | umls:C0158981 | CLINVAR | NA | 0.13302921 | NA | ABCC8 | 11 | 17470119 | A | G,C |
rs80356671 | 24281154 | 3630 | INS | umls:C0158981 | BeFree | The approach involves the transgenic expression of a misfolded mutant of human preproinsulin, hINS(C96Y), which is a cause of permanent neonatal diabetes. | 0.019815257 | 2014 | INS;INS-IGF2 | 11 | 2159898 | C | T,G |
rs80356671 | 23416061 | 3630 | INS | umls:C0158981 | BeFree | Akita mice, which harbor a human permanent neonatal diabetes-linked mutation (Cys96Tyr) in the insulin gene, are well established as an animal model of diabetes caused by pancreatic ß cell exhaustion. | 0.019815257 | 2013 | INS;INS-IGF2 | 11 | 2159898 | C | T,G |
rs80356672 | 24279684 | 3630 | INS | umls:C0158981 | BeFree | Permanent neonatal diabetes in siblings with novel C109Y INS mutation transmitted by an unaffected parent with somatic mosaicism. | 0.019815257 | 2013 | INS;INS-IGF2 | 11 | 2159862 | T | C |
GWASdb Annotation(Total Genotypes:0) | |
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(Waiting for update.) |
GWASdb Snp Trait(Total Genotypes:0) | |
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(Waiting for update.) |
Mapped by lexical matching(Total Items:0) |
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(Waiting for update.) |
Mapped by homologous gene(Total Items:0) |
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(Waiting for update.) |
Disease ID | 679 |
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Disease | neonatal diabetes mellitus |
Case | (Waiting for update.) |