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nih.gov ) Mutations in BTD genecausingbiotinidase deficiency

Januario J.N. Mutations in BTD genecausingbiotinidase deficiency

Approximately 150 mutations in the BTD gene have been reportedto causebiotinidase deficiency

pathogenic variants in the BTD gene(passive) is caused byBiotinidase deficiency

mutations in the BTD gene ( 3p25 ) resulting in reduced or absent BTD activity(passive) is caused byBiotinidase deficiency

Transcobalamin deficiency More than 20 mutations in the TCN2 gene have been foundto causetranscobalamin deficiency

mutations in the NGLY1 gene knownto causeNGLY1 deficiency

mutations in the PA(passive) to be caused byPAI-1 deficiency

in which mutations are knownto causePlasminogen Deficiency

mutations in the gene encoding for CPSI(passive) is caused byCPSI deficiency

Williams M. Forty - eight novel mutationscausingbiotinidase deficiency

mutations in the ITPA gene(passive) caused byITPA deficiency

biallelic pathogenic variants in BTD(passive) is caused byBiotinidase deficiency

mutations in the NGLY1 gene that result in a loss of function(passive) Will ... is caused byNGLY1 deficiency

mutations in the genes HFE(passive) are caused byHepcidin deficiency

bi - allelic mutations(passive) is caused byIL-12Rβ1 deficiency

All types of mutations have been foundto causebiotinidase deficiency

transcobalamin deficiency - caused by mutations in the TCN2 gene More than 20 mutations in the TCN2 gene have been foundto causetranscobalamin deficiency

compound heterozygosity for two novel mutations in the TCN2 gene(passive) caused byTranscobalamin deficiency

Baldellou VA!zquez A. Analysis of mutationscausingbiotinidase deficiency

Hymes J. , , 2001   Mutations in BTDcausingbiotinidase deficiency

genetic mutations in the CYP17A1 gene(passive) is caused by20-lyase deficiency

mutations in the SERPINE1 gene and inheritance(passive) is caused byPAI1 deficiency

First contiguous gene deletioncausingbiotinidase deficiency

10.1002 / humu.21303.Analysis of mutationscausingbiotinidase deficiency

2 Novel TCN2 Mutations(passive) caused bytranscobalamin deficiency

mutations in the SLC25A20 gene ( 3p21.31(passive) is caused byCACT deficiency

more than 140 pathogenic variantscausingPYGM deficiency

Reference GRCh37.p13 Primary Assembly Forty - eight novel mutationscausingbiotinidase deficiency

Home ReferenceBTD Gene - Genetics Home Reference Analysis of mutationscausingbiotinidase deficiency

ReferencesPindolia K , Jordan M , Wolf B. Analysis of mutationscausingbiotinidase deficiency

Pindolia K , Jordan M , Wolf B. Analysis of mutationscausingbiotinidase deficiency

Pindolia , K , Jordon , M , Wolf , B. “ Analysis of mutationscausingbiotinidase deficiency

Related citations Select item 116686303.Mutations in BTDcausingbiotinidase deficiency

Disease and Defective BTDcausesbiotidinase deficiency

compound heterozygous or homozygous mutations in the CD21 gene(passive) is caused byCD21 deficiency

deleterious genetic mutations in the IL-12Rβ1 gene(passive) caused byIL-12Rβ1 deficiency

21752405 Similar articles Select item 205567954.Analysis of mutationscausingbiotinidase deficiency

mutations in GBA1 on the disease progression of PD(passive) caused byGBA1 deficiency

to send5102050100200Start from citationCreate File Select item 116686301.Mutations in BTDcausingbiotinidase deficiency

to tumorigenesis by altering the splicing of specific mRNAs , or by modulating the level of certain snoRNAs [ 13may contributeto tumorigenesis by altering the splicing of specific mRNAs , or by modulating the level of certain snoRNAs [ 13

in decrease of myelin biosynthesis , dysmyelination and brain edemaresultsin decrease of myelin biosynthesis , dysmyelination and brain edema

angiotensin II - induced arteriosclerosis6 andpreventedangiotensin II - induced arteriosclerosis6 and

to Depressive - like Behaviors in MiceLeadsto Depressive - like Behaviors in Mice

deregulated checkpoint control signaling and lead to B - cell precursor leukemia cells [ 35could causederegulated checkpoint control signaling and lead to B - cell precursor leukemia cells [ 35

increased basal and daunomycin - induced expression of the pro - survival serum- and glucocorticoid - induced protein kinase ( SGK ) gene through a p53-dependent pathwaycausesincreased basal and daunomycin - induced expression of the pro - survival serum- and glucocorticoid - induced protein kinase ( SGK ) gene through a p53-dependent pathway

in hyponatremia , hyperkalemia , and hypotensionresultsin hyponatremia , hyperkalemia , and hypotension

your pet to develop a condition known as hyperkeratosis ( thickened skincan also causeyour pet to develop a condition known as hyperkeratosis ( thickened skin

to the development of obesity and hyperglycemia Source linkleadsto the development of obesity and hyperglycemia Source link

both sodium loss and volume depletion(passive) caused byboth sodium loss and volume depletion

to hyponatremia , hyperkalemia and metabolic acidosisleadsto hyponatremia , hyperkalemia and metabolic acidosis

Brief Summary Canavan disease(passive) is caused byBrief Summary Canavan disease

to defective extracellular matrix remodeling and pulmonary disease | Nature Communications Hyun - Taek Kim1 , Wenguang Yin ORCIDleadsto defective extracellular matrix remodeling and pulmonary disease | Nature Communications Hyun - Taek Kim1 , Wenguang Yin ORCID

to problems clottingcould leadto problems clotting

in a 50 % or greater elevation in brain NAA concentration ( [ NAABresultsin a 50 % or greater elevation in brain NAA concentration ( [ NAAB

increased infection susceptibilitycausesincreased infection susceptibility

to sodium loss and hypovolemiasimultaneously leadsto sodium loss and hypovolemia

a severe form of ALPS(passive) caused bya severe form of ALPS

http://clinicaltrials.gov/show/NCT00657748 Canavan disease(passive) is caused byhttp://clinicaltrials.gov/show/NCT00657748 Canavan disease

in increased brain histamine , high aggressive behaviours and sleep - wake cycle abnormalities in miceresultedin increased brain histamine , high aggressive behaviours and sleep - wake cycle abnormalities in mice

a loss of aromatic l - amino acid decarboxylase in patients and human neuroblastoma cells , implications for aromatic l - amino acid decarboxylase and vitamin B-6 deficiency states by Allen , GFG and Neergheen , V and Oppenheim , M and Fitzgerald , JC and Footitt , E and Hyland , K and Clayton , PT and Land , JM and Healescausesa loss of aromatic l - amino acid decarboxylase in patients and human neuroblastoma cells , implications for aromatic l - amino acid decarboxylase and vitamin B-6 deficiency states by Allen , GFG and Neergheen , V and Oppenheim , M and Fitzgerald , JC and Footitt , E and Hyland , K and Clayton , PT and Land , JM and Heales

pulmonary hypertension and cardiovascular diseases in mice likely by derepression of HIF2α expression , increase of ET-1 levels and most probably other HIF2α targets alsocausespulmonary hypertension and cardiovascular diseases in mice likely by derepression of HIF2α expression , increase of ET-1 levels and most probably other HIF2α targets also

to development of autoimmune diseases in the elderlycan leadto development of autoimmune diseases in the elderly

to the development of obesity and hyperglycemia Junsik M. Lee , Yoo Kim , Mario Andrés Salazar Hernández , Youngah Han , Renyan Liu & Sang Won Park Rights & permissionsforleadsto the development of obesity and hyperglycemia Junsik M. Lee , Yoo Kim , Mario Andrés Salazar Hernández , Youngah Han , Renyan Liu & Sang Won Park Rights & permissionsfor

a decrease in mitochondrial membrane potential , which is not due to a proton leakcausesa decrease in mitochondrial membrane potential , which is not due to a proton leak

a decrease in NO synthesis and the subsequent endothelial dysfunction [ 2 ] , a process usually associated with altered glucose metabolism and metabolic syndrome [ 24 ] , [ 25causesa decrease in NO synthesis and the subsequent endothelial dysfunction [ 2 ] , a process usually associated with altered glucose metabolism and metabolic syndrome [ 24 ] , [ 25

to eczema , hair loss , infertility , weight gain , behavioural and circulatory problemscan leadto eczema , hair loss , infertility , weight gain , behavioural and circulatory problems

in higher susceptibility to the infection and ... interestingly , it fully overcame both Gbp4- ( Fig . 7a ) and Asc- ( Fig . 7cresultedin higher susceptibility to the infection and ... interestingly , it fully overcame both Gbp4- ( Fig . 7a ) and Asc- ( Fig . 7c

to a decrease in sodium re - absorption in our body and consequently heavy loss in water in urine , which further extends to a loss in extracellular fluid volumeleadingto a decrease in sodium re - absorption in our body and consequently heavy loss in water in urine , which further extends to a loss in extracellular fluid volume

in the decrease in modification of ribosomal RNA uridines , which consequently renders the ribosome unable to efficiently engage select mRNAs for translation ( 62resultsin the decrease in modification of ribosomal RNA uridines , which consequently renders the ribosome unable to efficiently engage select mRNAs for translation ( 62

to accumulation of N - acetylaspartic acid and spongy degeneration of the brainleadingto accumulation of N - acetylaspartic acid and spongy degeneration of the brain

anemia , peripheral neuropathy , fatigue , depression , confusion , memory loss , psychosis , enlarged tongue , and decreased immune systemcausesanemia , peripheral neuropathy , fatigue , depression , confusion , memory loss , psychosis , enlarged tongue , and decreased immune system

hyperkalemia and hyponatremiacausinghyperkalemia and hyponatremia

Cases(passive) caused byCases

to renal salt wasting , which results in severe dehydration if left untreatedleadsto renal salt wasting , which results in severe dehydration if left untreated

a fusion defect(passive) caused bya fusion defect

defective cellular uptake of vitamin B12causesdefective cellular uptake of vitamin B12

to defective ECM remodeling and pulmonary diseaseleadsto defective ECM remodeling and pulmonary disease

hereditary hemorrhagic telangiectasia-1 and impairs myocardial repaircauseshereditary hemorrhagic telangiectasia-1 and impairs myocardial repair

in an impaired primary immune response by CD8 + T cellsresultedin an impaired primary immune response by CD8 + T cells

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