Assertion list
mutation (primary) → CapableOf

Results from Ascent++: 312
mutationCapableOf occur in exon 0.62
mutationCapableOf occur in codon 0.59
mutationCapableOf occur in gene 0.58
mutationCapableOf produce protein 0.58
mutationCapableOf change single protein building … 0.58
mutationCapableOf occur by chance 0.57
mutationCapableOf occur in fact 0.55
mutationCapableOf accumulate over time 0.54
mutationCapableOf drive carcinogenesis 0.54
mutationCapableOf enable mutant organism 0.54
mutationCapableOf encode protein 0.54
mutationCapableOf change amino acid 0.53
mutationCapableOf induce conformational change 0.53
mutationCapableOf occur at same site 0.52
mutationCapableOf occur in the dna 0.52
mutationCapableOf affect the gene 0.52
mutationCapableOf replace the amino acid arginine 0.52
mutationCapableOf affect splicing 0.52
mutationCapableOf occur 0.51
mutationCapableOf affect activity 0.51
mutationCapableOf occur in each generation 0.51
mutationCapableOf use quikchange site-directed mu… 0.51
mutationCapableOf affect the brain 0.50
mutationCapableOf replace the amino acid glycine 0.50
mutationCapableOf become fixed in population 0.50
mutationCapableOf occur in nature 0.49
mutationCapableOf increase in frequency 0.49
mutationCapableOf occur within gene 0.49
mutationCapableOf occur in region 0.49
mutationCapableOf affect embryogenesis 0.48
mutationCapableOf produce new alleles 0.48
mutationCapableOf increase the risk 0.48
mutationCapableOf occur after birth 0.48
mutationCapableOf occur in family 0.48
mutationCapableOf replace the amino acid leucine 0.48
mutationCapableOf destabilize the protein 0.47
mutationCapableOf affect the phenotype 0.46
mutationCapableOf affect gene expression 0.46
mutationCapableOf refer to change 0.46
mutationCapableOf change single dna building block 0.46
mutationCapableOf confer advantage 0.46
mutationCapableOf affect dna repair 0.46
mutationCapableOf occur in cell 0.45
mutationCapableOf activate the kinase 0.45
mutationCapableOf break gene 0.45
mutationCapableOf copy error 0.45
mutationCapableOf alter the amino acid sequence 0.45
mutationCapableOf change protein 0.45
mutationCapableOf become more common 0.45
mutationCapableOf occur at same time 0.44
mutationCapableOf occur for first time 0.43
mutationCapableOf use sanger sequencing 0.43
mutationCapableOf cause genetic disease 0.43
mutationCapableOf interact with each other 0.43
mutationCapableOf affect the structure 0.43
mutationCapableOf contribute to tumorigenesis 0.43
mutationCapableOf occur in sperm 0.43
mutationCapableOf replace the amino acid tyrosine 0.42
mutationCapableOf disrupt open reading frame 0.42
mutationCapableOf affect protein function 0.42
mutationCapableOf contribute to progression 0.42
mutationCapableOf predispose individual 0.42
mutationCapableOf confer selective advantage 0.41
mutationCapableOf spread through the population 0.41
mutationCapableOf harm the organism 0.41
mutationCapableOf disrupt oligomerization 0.41
mutationCapableOf reduce the strength 0.41
mutationCapableOf go undetected 0.41
mutationCapableOf go unnoticed 0.41
mutationCapableOf change single amino acids 0.41
mutationCapableOf produce new species 0.41
mutationCapableOf promote tumor growth 0.41
mutationCapableOf occur in hotspot,of a gene 0.41
mutationCapableOf enter the population 0.41
mutationCapableOf occur at steady rate 0.40
mutationCapableOf kill the organism 0.40
mutationCapableOf cause severe disease 0.40
mutationCapableOf report to date 0.40
mutationCapableOf reduce enzyme activity 0.39
mutationCapableOf support the notion 0.39
mutationCapableOf activate a cryptic splice donor… 0.39
mutationCapableOf confer a growth advantage 0.39
mutationCapableOf occur in individual 0.39
mutationCapableOf occur in somatic cells 0.39
mutationCapableOf affect only one allele 0.39
mutationCapableOf occur in kras 0.38
mutationCapableOf show incomplete penetrance 0.38
mutationCapableOf contribute to disease 0.38
mutationCapableOf affect transcription 0.38
mutationCapableOf set the stage 0.38
mutationCapableOf affect conserved residues 0.37
mutationCapableOf affect behavior 0.37
mutationCapableOf occur in egg 0.37
mutationCapableOf occur in intron 0.37
mutationCapableOf occur in the genome 0.37
mutationCapableOf confer proliferative advantage 0.36
mutationCapableOf increase life span 0.36
mutationCapableOf cause human disease 0.36
mutationCapableOf affect pathogenesis 0.35
mutationCapableOf affect protein stability 0.35
mutationCapableOf cause rare disease 0.35
mutationCapableOf occur in the germ cells 0.35
mutationCapableOf prevent phosphorylation 0.35
mutationCapableOf activate oncogene 0.35
mutationCapableOf create premature stop signal 0.35
mutationCapableOf occur in specific location 0.35
mutationCapableOf accumulate with age 0.34
mutationCapableOf affect mrna stability 0.34
mutationCapableOf change the length of the fragme… 0.34
mutationCapableOf do same thing 0.34
mutationCapableOf inactivate gene 0.34
mutationCapableOf use primer 0.34
mutationCapableOf affect cell size 0.34
mutationCapableOf increase cancer risk 0.34
mutationCapableOf occur in offspring 0.34
mutationCapableOf identify limb girdle muscular d… 0.33
mutationCapableOf originate in blood stem cells 0.33
mutationCapableOf predispose patient 0.33
mutationCapableOf increase chance 0.33
mutationCapableOf provide a survival advantage 0.33
mutationCapableOf confer antibiotic resistance 0.33
mutationCapableOf account for 80-90% of all lynch… 0.32
mutationCapableOf affect mrna splicing 0.32
mutationCapableOf affect single gene 0.32
mutationCapableOf affect the ribosome 0.32
mutationCapableOf arise in the middle east 0.32
mutationCapableOf confer protection 0.32
mutationCapableOf drive abnormal cell growth 0.32
mutationCapableOf encode neutrophil elastase 0.32
mutationCapableOf increase the rate 0.32
mutationCapableOf never been reported 0.32
mutationCapableOf occur at site 0.32
mutationCapableOf occur in mtdna 0.32
mutationCapableOf reduce binding affinity 0.32
mutationCapableOf run in the family 0.32
mutationCapableOf affect the heart 0.32
mutationCapableOf give edge 0.31
mutationCapableOf reduce the activity of the chan… 0.31
mutationCapableOf accumulate in the population 0.31
mutationCapableOf act as beacon 0.31
mutationCapableOf affect single dna nucleotide 0.31
mutationCapableOf change genetic code 0.31
mutationCapableOf delete genetic material 0.31
mutationCapableOf extend lifespan 0.31
mutationCapableOf occur at low frequency 0.31
mutationCapableOf occur in normal cells 0.31
mutationCapableOf produce similar phenotype 0.31
mutationCapableOf silence microrna 0.31
mutationCapableOf occur at high frequency 0.30
mutationCapableOf cause other disorders 0.30
mutationCapableOf form malignant tumors 0.30
mutationCapableOf raise the risk of breast cancer 0.30
mutationCapableOf affect viral replication 0.29
mutationCapableOf increase tobramycin sensitivity 0.29
mutationCapableOf insert genetic material 0.29
mutationCapableOf occur in gamete 0.29
mutationCapableOf occur in the area of the gene 0.29
mutationCapableOf prevent acetylation 0.29
mutationCapableOf range in size 0.29
mutationCapableOf replace the amino acid serine 0.29
mutationCapableOf accumulate in gene 0.29
mutationCapableOf affect the ability of the prote… 0.28
mutationCapableOf give a fitness advantage 0.28
mutationCapableOf prove fatal 0.28
mutationCapableOf occur in tumor suppressor genes 0.27
mutationCapableOf abrogate binding 0.27
mutationCapableOf affect catalytic activity 0.27
mutationCapableOf affect folding 0.27
mutationCapableOf affect patterning 0.27
mutationCapableOf affect protein-protein interact… 0.27
mutationCapableOf alter a gene's dna base sequence 0.27
mutationCapableOf be a fact of life 0.27
mutationCapableOf cause other neuromuscular disea… 0.27
mutationCapableOf change the shape of a protein 0.27
mutationCapableOf encode a wnt protein 0.27
mutationCapableOf encode intracellular part 0.27
mutationCapableOf impact the dna 0.27
mutationCapableOf inactivate p53 0.27
mutationCapableOf lighten the skin 0.27
mutationCapableOf occur in reproductive cells 0.27
mutationCapableOf occur in the nthl1 gene 0.27
mutationCapableOf promote tissue healing 0.27
mutationCapableOf protect against malaria 0.27
mutationCapableOf replace amino acid aspartic acid 0.27
mutationCapableOf replace functional version of t… 0.27
mutationCapableOf underlie common familial exudat… 0.27
mutationCapableOf use next-generation sequencing 0.27
mutationCapableOf use oligonucleotide 0.27
mutationCapableOf occur in coding region 0.26
mutationCapableOf be a risk factor 0.26
mutationCapableOf drive aggressive disease progre… 0.26
mutationCapableOf account for 90% of cases 0.25
mutationCapableOf activate ras 0.25
mutationCapableOf add genetic information 0.25
mutationCapableOf affect diverse cardiac developm… 0.25
mutationCapableOf affect gene activity levels 0.25
mutationCapableOf affect homologous recombination 0.25
mutationCapableOf affect isoform 0.25
mutationCapableOf affect locomotion 0.25
mutationCapableOf affect mirna function 0.25
mutationCapableOf affect morphology 0.25
mutationCapableOf affect pigmentation 0.25
mutationCapableOf affect specificity of gene acti… 0.25
mutationCapableOf affect srsf2 0.25
mutationCapableOf affect the globule 0.25
mutationCapableOf affect the stability of rt 0.25
mutationCapableOf affect trait 0.25
mutationCapableOf affect viability 0.25
mutationCapableOf arise in africa 0.25
mutationCapableOf call antennapedia 0.25
mutationCapableOf cause monogenic disease 0.25
mutationCapableOf change the code 0.25
mutationCapableOf change the level of metabolic c… 0.25
mutationCapableOf confer defect 0.25
mutationCapableOf contribute to chronic hbv infec… 0.25
mutationCapableOf contribute to disease initiation 0.25
mutationCapableOf counter the loss of genetic mat… 0.25
mutationCapableOf create new genes 0.25
mutationCapableOf define 21-day biological clock 0.25
mutationCapableOf define distinct clinical phenot… 0.25
mutationCapableOf delete small amounts of dna 0.25
mutationCapableOf destabilize optimal solution 0.25
mutationCapableOf destabilize the complex 0.25
mutationCapableOf differentiate the two haplotypes 0.25
mutationCapableOf drive pediatric glioblastoma 0.25
mutationCapableOf encode a-type lamins 0.25
mutationCapableOf encode alpha-actinin-4 0.25
mutationCapableOf encode cu/zn superoxide dismuta… 0.25
mutationCapableOf encode dna gyrase 0.25
mutationCapableOf encode α-synuclein 0.25
mutationCapableOf enhance the function of apob 0.25
mutationCapableOf fall into three categories 0.25
mutationCapableOf help explain high virulence of … 0.25
mutationCapableOf help identify therapeutic targe… 0.25
mutationCapableOf identify a ct transition 0.25
mutationCapableOf impair hematopoietic differenti… 0.25
mutationCapableOf impair lysosomal function 0.25
mutationCapableOf impair nhej 0.25
mutationCapableOf increase genetic variation 0.25
mutationCapableOf induce bursting of sensory neur… 0.25
mutationCapableOf influence the clarity of the ti… 0.25
mutationCapableOf involve rearrangement 0.25
mutationCapableOf lymphomagenesis in a subset of … 0.25
mutationCapableOf occur after fertilization 0.25
mutationCapableOf occur at any time 0.25
mutationCapableOf occur at rate 0.25
mutationCapableOf occur in cat 0.25
mutationCapableOf occur in dog 0.25
mutationCapableOf occur in domain 0.25
mutationCapableOf occur in first place 0.25
mutationCapableOf occur in maffucci syndrome 0.25
mutationCapableOf occur in melanocyte 0.25
mutationCapableOf occur in microsatellite 0.25
mutationCapableOf played important role 0.25
mutationCapableOf predispose to ndd 0.25
mutationCapableOf produce mutant androgen recepto… 0.25
mutationCapableOf push the cell cycle 0.25
mutationCapableOf reduce viral infectivity 0.25
mutationCapableOf replace the amino acid proline 0.25
mutationCapableOf replace the nucleotide guanine 0.25
mutationCapableOf screen in certain populations 0.25
mutationCapableOf sensitize cell 0.25
mutationCapableOf show significant association 0.25
mutationCapableOf spread throughout eurasia 0.25
mutationCapableOf stop at the himalayas 0.25
mutationCapableOf test for patient 0.25
mutationCapableOf theprocess of tumorgenesis 0.25
mutationCapableOf transfected into suitable expre… 0.25
mutationCapableOf use ngs 0.25
mutationCapableOf winnow the list of candidate ge… 0.25
mutationCapableOf encode tdp-43 0.25
mutationCapableOf oxidative stress 0.25
mutationCapableOf affect transcriptional activati… 0.24
mutationCapableOf alter the product of a gene 0.24
mutationCapableOf interfere with signal 0.24
mutationCapableOf damage gene 0.22
mutationCapableOf drive treatment resistance 0.22
mutationCapableOf emerge in the egfr gene 0.22
mutationCapableOf produce viable homozygous anima… 0.22
mutationCapableOf never adds any information 0.21
mutationCapableOf wreak havoc 0.21
mutationCapableOf affect virulence 0.20
mutationCapableOf occur in female 0.19
mutationCapableOf turn cancerous 0.19
mutationCapableOf alter reading frame of the gene 0.19
mutationCapableOf encode atp-binding cassette tra… 0.19
mutationCapableOf give protein new toxic properti… 0.19
mutationCapableOf knock down gene function 0.19
mutationCapableOf lie dormant 0.19
mutationCapableOf occur under cellular control 0.19
mutationCapableOf turn off the gene 0.19
mutationCapableOf affect flowering time 0.18
mutationCapableOf provide opportunity 0.18
mutationCapableOf affect the ability of cells 0.16
mutationCapableOf behave as gatekeeper 0.16
mutationCapableOf confer predictable fitness impr… 0.16
mutationCapableOf cripple the repair process 0.16
mutationCapableOf destabilize the tetramer 0.16
mutationCapableOf disrupt dimer formation 0.16
mutationCapableOf disrupt dystroglycan o-mannosyl… 0.16
mutationCapableOf encode a 3beta-hydroxysteroid d… 0.16
mutationCapableOf encode ligand 0.16
mutationCapableOf induce aberrant splicing 0.16
mutationCapableOf leave the body 0.16
mutationCapableOf occur in protooncogene 0.16
mutationCapableOf prevent red blood cells 0.16
mutationCapableOf suppress immune system 0.16
mutationCapableOf survive in the wild 0.16
mutationCapableOf think to promote deep lung infe… 0.16
mutationCapableOf undergo endocytosis 0.16
mutationCapableOf occur on transmembrane 0.16
mutationCapableOf occur in sequence 0.09