Human Phenotype Ontology 
Grandparent Node:
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Abnormal skeletal muscle morphology (HP:0011805)help
Parent Node:
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Abnormal muscle fiber morphology (HP:0004303)help
..Starting node
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Increased endomysial connective tissue (HP:0100297)help
Term ID: 100297
Name: Increased endomysial connective tissue
Synonym: Endomysial fibrosis
Definition: An increased volume of the endomysium, which is a connective tissue sheath that surrounds each muscule fiber. Together, bundles of muscle fibers form a fasciculus, surrounded by another layer of connective tissue called the perimysium.
Comments:
Reference: HP:0100297
Genes and Diseases:
 
       Child Nodes:

 Sister Nodes: 
..expandAbnormal muscle fiber protein expression (HP:0030089) help
..expandAbnormal muscle glycogen content (HP:0012269) help
..expandAbnormality of skeletal muscle fiber size (HP:0012084) help
..expandAutophagic vacuoles (HP:0003736) help
..expandCentral core regions in muscle fibers (HP:0030230) help
..expandCentrally nucleated skeletal muscle fibers (HP:0003687) help
..expandDeposits immunoreactive to beta-amyloid protein (HP:0003791) help
..expandHypertrophied muscle fibers (HP:0100293) help
..expandIncreased muscle lipid content (HP:0009058) help
..expandInternally nucleated skeletal muscle fibers (HP:0031237) help
..expandMotheaten muscle fibers (HP:0100298) help
..expandMuscle fiber atrophy (HP:0100295) help
..expandMuscle fiber inclusion bodies (HP:0100299) help
..expandMuscle fiber necrosis (HP:0003713) help
..expandMuscle fiber splitting (HP:0003555) help
..expandMyelin-like whorls in vacuolated fibers (HP:0031542) help
..expandNecklace skeletal muscle fibers (HP:0031238) help
..expandPerifascicular muscle fiber atrophy (HP:0100296) help
..expandRagged-red muscle fibers (HP:0003200) help
..expandReduced muscle carnitine level (HP:0030362) help
..expandRimmed vacuoles (HP:0003805) help
..expandRing fibers (HP:0100305) help
..expandType 1 muscle fiber predominance (HP:0003803) help
..expandType 2 muscle fiber predominance (HP:0010602) help
InputHPO IDHPO termDistanceGeneGene id entrezHGNC IDDiseaseIdDiseaseNameFrequencyOnsetHGMD variantsClinVar variants
 
HPO disease - gene - phenotype typical associations:
 
HPO disease - gene - phenotype less frequent non-typical associations:
HP:0100297HP:0100297Increased endomysial connective tissue0ANO5 CL E G H20385927337ORPHA:206549Anoctamin-5-related limb-girdle muscular dystrophy R12HP:0040282 - Frequent304
HP:0100297HP:0100297Increased endomysial connective tissue0ANXA11 CL E G H311535OMIM:619733INCLUSION BODY MYOPATHY AND BRAIN WHITE MATTER ABNORMALITIES; IBMWMA
HP:0100297HP:0100297Increased endomysial connective tissue0COL12A1 CL E G H13032188ORPHA:75840Congenital muscular dystrophy, Ullrich typeHP:0040281 - Very frequent65
HP:0100297HP:0100297Increased endomysial connective tissue0COL6A1 CL E G H12912211ORPHA:75840Congenital muscular dystrophy, Ullrich typeHP:0040281 - Very frequent442
HP:0100297HP:0100297Increased endomysial connective tissue0COL6A2 CL E G H12922212ORPHA:75840Congenital muscular dystrophy, Ullrich typeHP:0040281 - Very frequent478
HP:0100297HP:0100297Increased endomysial connective tissue0COL6A3 CL E G H12932213ORPHA:75840Congenital muscular dystrophy, Ullrich typeHP:0040281 - Very frequent702
HP:0100297HP:0100297Increased endomysial connective tissue0GIPC1 CL E G H107551226OMIM:618940OCULOPHARYNGODISTAL MYOPATHY 2; OPDM2
HP:0100297HP:0100297Increased endomysial connective tissue0HNRNPA1 CL E G H31785031OMIM:615424Inclusion body myopathy with early-onset paget disease with or without frontotemporal dementia 331
HP:0100297HP:0100297Increased endomysial connective tissue0LAMA2 CL E G H39086482OMIM:607855Muscular dystrophy, congenital, merosin deficient or partially deficient.411
HP:0100297HP:0100297Increased endomysial connective tissue0MLIP CL E G H9052321355OMIM:620138
HP:0100297HP:0100297Increased endomysial connective tissue0MYH7 CL E G H46257577ORPHA:437572MYH7-related late-onset scapuloperoneal muscular dystrophyHP:0040281 - Very frequent1269
HP:0100297HP:0100297Increased endomysial connective tissue0MYL1 CL E G H46327582OMIM:618414Myopathy, congenital, with fast-twitch (type ii) fiber atrophy
HP:0100297HP:0100297Increased endomysial connective tissue0MYOT CL E G H949912399ORPHA:266Autosomal dominant limb-girdle muscular dystrophy type 1AHP:0040282 - Frequent75
HP:0100297HP:0100297Increased endomysial connective tissue0NOTCH2NLC CL E G H10099671753924OMIM:619473OCULOPHARYNGODISTAL MYOPATHY 3; OPDM3
HP:0100297HP:0100297Increased endomysial connective tissue0POMGNT1 CL E G H5562419139OMIM:613157Muscular dystrophy-dystroglycanopathy (limb-girdle), type C, 3180
HP:0100297HP:0100297Increased endomysial connective tissue0SELENON CL E G H5719015999OMIM:602771Rigid spine muscular dystrophy 1144
HP:0100297HP:0100297Increased endomysial connective tissue0SGCA CL E G H644210805OMIM:608099Muscular dystrophy, limb-girdle, type 2D132
HP:0100297HP:0100297Increased endomysial connective tissue0SGCG CL E G H644510809ORPHA:353Gamma-sarcoglycan-related limb-girdle muscular dystrophy R5HP:0040282 - Frequent83
HP:0100297HP:0100297Increased endomysial connective tissue0SGCG CL E G H644510809OMIM:253700Muscular dystrophy, limb-girdle, type 2C83
HP:0100297HP:0100297Increased endomysial connective tissue0SLC12A6 CL E G H999010914OMIM:620068163
HP:0100297HP:0100297Increased endomysial connective tissue0SYNE1 CL E G H2334517089OMIM:618484Arthrogryposis multiplex congenita, Myogenic type1129
HP:0100297HP:0100297Increased endomysial connective tissue0TOR1AIP1 CL E G H2609229456OMIM:617072Muscular dystrophy, limb-girdle, type 2Y.10


Genes (21) :ANO5 ANXA11 COL12A1 COL6A1 COL6A2 COL6A3 GIPC1 HNRNPA1 LAMA2 MLIP MYH7 MYL1 MYOT NOTCH2NLC POMGNT1 SELENON SGCA SGCG SLC12A6 SYNE1 TOR1AIP1

Diseases (19) :ORPHA:206549 OMIM:619733 ORPHA:75840 OMIM:618940 OMIM:615424 OMIM:607855 OMIM:620138 ORPHA:437572 OMIM:618414 ORPHA:266 OMIM:619473 OMIM:613157 OMIM:602771 OMIM:608099 ORPHA:353 OMIM:253700 OMIM:620068 OMIM:618484 OMIM:617072
 

Human Phenotype Ontology(HPO) is developed by the Human Phenotype Ontology Consortium. The version used here is December 15 2022 release.