many different mutationscan causeplasminogen deficiency
by mutations(passive) caused byPAI1 deficiency
a frame - shift mutation in exon 4 of the PAI-1 gene(passive) caused byPAI-1 deficiency
Genetic testing for plasminogen mutations ... many different mutationscan causeplasminogen deficiency
mutationscausingbiotinidase deficiency
BTD ] ] ' ' [ [ genecausebiotinidase deficiency
Dna2resultsnuclease deficiency
mutations in the TRNT1 gene , which provides instructions for making a protein involved in the production ( synthesis ) of other proteins(passive) is caused byTRNT1 deficiency
an autoimmune processcauseshypocretin - deficiency
Of all the enzymescausescellulase deficiency
mutation in the BTD gene and a similar disorder caused by mutation in the HLCS gene ( early - onset multiple carboxylase deficiency(passive) caused byBiotinidase deficiency
by compound heterozygosity(passive) caused byTranscobalamin deficiency
Mutations in PARNcausedeadenylation deficiency
by mutation or downregulation of dysferlin(passive) caused bydysferlin deficiency
Fredenburgh , Laura , E ; Velandia , Margarita , MSuarez ; Ma , Jun ; Olszak , Torsten ; Cernadas , Manuela ; Englert , Joshua , A ; Chung , Su , Wol ; Liu , Xiaoli ; Begay , Cynthia ; Padera , Robert , F ; Blumberg , Richard , S ; Walsh , Stephen , R ; Baron , Rebecca , M ; Perrella , Mark , A , 2011LeadsCyclooxygenase-2 Deficiency
enhanced intrinsic excitability of dentate granule cellscausesenhanced intrinsic excitability of dentate granule cells
in a collapsed CD4 T cell response with severely impaired CD4 T cell memory , including Tfh cell memoryeventually resultsin a collapsed CD4 T cell response with severely impaired CD4 T cell memory , including Tfh cell memory
those diseasescausedthose diseases
alsocan ... causealso
to eczema , hair losscan leadto eczema , hair loss
Psoriasis(passive) is caused byPsoriasis
in serious health problemswill resultin serious health problems
to accumulation of N - acetylaspartic acid and spongy degeneration of the brainleadingto accumulation of N - acetylaspartic acid and spongy degeneration of the brain
X - linked dyskeratosis congenitacausesX - linked dyskeratosis congenita
to loss of sodium and waterleadsto loss of sodium and water
to a buildup of N - acetylaspartateleadsto a buildup of N - acetylaspartate
in clinical phenotypesresultsin clinical phenotypes
to increased risk of atherosclerosis in these patientsmay contributeto increased risk of atherosclerosis in these patients
to Depressive - likeLeadsto Depressive - like
both sodium loss and volume depletion(passive) caused byboth sodium loss and volume depletion
Brief Summary Canavan disease(passive) is caused byBrief Summary Canavan disease
defects in GFAP - positive astrogliogenesis during brain developmentcausesdefects in GFAP - positive astrogliogenesis during brain development
defects in the differentiation of NSCs to astrocytescausesdefects in the differentiation of NSCs to astrocytes
low serum sodiumcausinglow serum sodium
to Depressive - like Behaviors in MiceLeadsto Depressive - like Behaviors in Mice
to depressive - like behaviors in miceleadsto depressive - like behaviors in mice
to an accumulation of N - acetylaspartate in astrocytesleadsto an accumulation of N - acetylaspartate in astrocytes
to depressive - like behaviorsleadsto depressive - like behaviors
to depressive - like behaviorsleadsto depressive - like behaviors
to salt - wastingleadsto salt - wasting
to spongy degeneration of the white matterleadsto spongy degeneration of the white matter
deregulated checkpoint control signaling and lead to B - cell precursor leukemia cellscould causederegulated checkpoint control signaling and lead to B - cell precursor leukemia cells
to increased N - acetylaspartic acid in blood , tissues , and urineleadsto increased N - acetylaspartic acid in blood , tissues , and urine
hypotensioncausinghypotension
hyponatremia and hyperkalemiacauseshyponatremia and hyperkalemia
to decreased k+ excretionleadingto decreased k+ excretion
to increased nuclear light scattering , membrane damage , and cataract formation in gene - knockout miceleadsto increased nuclear light scattering , membrane damage , and cataract formation in gene - knockout mice