Strial microvascular pathology and age-associated endocochlear potential decline in NOD congenic mice

Keyphrases

• Congenic Mice 100%
• Endocochlear Potential 100%
• Age-associated 100%
• Microvascular Pathology 100%
• Congenic 50%
• Autoimmune 50%
• Corrective 25%
• Diabetes 25%
• Cell Loss 25%
• Autoimmune Disease 25%
• Hearing Impairment 25%
• Neuronal Loss 25%
• Progressive Hearing Loss 25%
• Age-related Hearing Loss 25%
• Rapidly Progressive 25%
• Immune Function 25%
• Type I Diabetes 25%
• Capillary 25%
• Hair Cell Loss 25%
• Cochlear Pathology 25%
• Cochlear Hair Cells 25%
• Histocompatibility 25%
• Gene Complexes 25%
• Sjögren's Syndrome 25%
• Stria Vascularis 25%
• Microvascular Disease 25%
• Modiolar 25%
• Modiolus 25%
• Inbred Mice 25%
• Sensory Cells 25%
• Capillary Loss 25%
• Diabetes Syndrome 25%
• Potential Reduction 25%
• Vascular Insufficiency 25%
• Model Form 25%
• Polygenic Autoimmune Disease 25%

Biochemistry, Genetics and Molecular Biology

• Autoimmunity 100%
• Congenic Strain 100%
• Cochlea Potential 100%
• Allele 50%
• Congenic 50%
• Cell Loss 25%
• Inbred Mouse Strain 25%
• Normal Value 25%
• Histocompatibility Gene 25%

Neuroscience

• Cochlea 100%
• Autoimmune Disease 66%
• Cell Loss 33%
• Age-Related Hearing Loss 33%
• Nervous System Cell 33%
• Sjogren's Syndrome 33%
• Histocompatibility Gene 33%