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44 Results for 'Disease models'
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Technology
Animal Model of Brittle Bone Disease
Osteogenesis imperfecta (OI) or brittle bone disease is an incurable genetic disorder that causes fragile bones and a lifetime of breaks and fractures. Recently, mutations in the gene for bone morphog...
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Daniel Greenspan, Se-Jin Lee | P160036US01
Technology
Photoreceptor Scaffold for In Vitro Modeling and Transplantation Therapy
Photoreceptors are specialized cells that capture and convert light into signals that can be processed by the retina and visual centers of the brain. Supportive cells called the retinal pigment epithe...
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Zhenqiang Ma, Yei Hwan Jung, Michael Phillips, David Gamm, Shaoqin Gong | P160094US01
Technology
New Viral Propagation Method Yields Insight Into Childhood Asthma
In addition to the common cold, human rhinoviruses (RV) trigger nearly half of all cases of asthma exacerbation. Wheezing illnesses in infancy caused by RV are associated with a high risk of developin...
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James Gern, Yury Bochkov, Ann Palmenberg | P140382US02
Technology
Adapted Rhinovirus C for Maximum Virus Yield
Human rhinoviruses (species A, B and C) encompass more than 160 types that are responsible for the majority of upper respiratory tract infections (common colds) and many of the lower respiratory tract...
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James Gern, Yury Bochkov, Ann Palmenberg, Kelly Watters | P160050US02
Technology
Ringworm Fungal Strain for Infection Studies
Microsporum canis is a skin fungal pathogen that causes dermatophytosis (ringworm) most commonly in cats and dogs. Dermatophytosis clinical trials are lengthy and complicated because the nature of the...
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Douglas DeBoer, Karen Moriello | P140194US01
Technology
Understanding and Treating Nervous System Dysfunction Using Modified Fly Models
Neurological disorders—ranging from spinal cord injuries to Alzheimer’s disease—are among the most challenging health issues. There is an ongoing need for disease models and screening systems to...
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Barry Ganetzky, Daniel Miller, Shannon Ballard | P120334US02
Technology
Wisconsin Miniature SwineTM for Biomedical Research
Rodents and other small animals are extensively used as models to study human health and disease, but there are increasing concerns about their relevance. Research funding and regulatory agencies are ...
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Jess Reed, Christian Krueger, Dhanansayan Shanmuganayagam, Thomas Crenshaw, Jamie Reichert, Joan Parrish | P130271US01
Technology
Wisconsin Miniature SwineTM for Cardiovascular Research
Rodents and other small animals are extensively used as models to study human health and disease, but there are increasing concerns about their relevance. Research funding and regulatory agencies are ...
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Jess Reed, Christian Krueger, Dhanansayan Shanmuganayagam, Thomas Crenshaw, Jamie Reichert, Joan Parrish | P140228US01
Technology
Mouse Model for Mania
Presently, there are no good rodent models for mania, which is a critical component of bipolar disorder. The most commonly used approach is to inject normal mice with amphetamines to produce hyperacti...
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Stephen Gammie | P100188US01
Technology
Enhanced Blood-Brain Barrier Model Outperforms All Others
The blood-brain barrier (BBB) is made up of brain microvascular endothelial cells (BMECs), which line brain capillaries and control trafficking between the bloodstream and neural tissue. Although esse...
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Eric Shusta, Samira Azarin, Sean Palecek, Ethan Lippmann | P130017US02
Technology
Improved Method to Produce Brain Microvascular Endothelial Cells for a Robust Human Blood-Brain Barrier Model
Although it is essential to healthy brain function, the blood-brain barrier (BBB) interferes with drug delivery, preventing more than 98 percent of small molecule pharmaceuticals and nearly 100 percen...
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Eric Shusta, Samira Azarin, Sean Palecek, Ethan Lippmann | P100219US02
Technology
A Model for Familial Combined Hyperlipidemia and Type II Diabetes Mellitus
People with familial combined hyperlipidemia (FCH) are hypertriglyceridemic and hypercholesterolemic, and often go on to develop type II diabetes mellitus in middle age. Current FCH mouse models resul...
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Lisa Krugner-Higby, Janice Wagner | P01090US
Technology
Collection of Temperature-Sensitive Paralytic Mutants of Drosophila
Drosophila commonly are used as model organisms. As many as 70 percent of human disease genes have homologues in Drosophila, making these organisms useful for identifying particular disease genes as...
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Barry Ganetzky, Robert Kreber | P99190US
Technology
Genetically Modified Mouse Model Displaying Abnormalities in Circadian Rhythms
Behavioral and physiological processes in nearly all organisms display 24-hour rhythms that are controlled by a circadian pacemaker, or clock. Over the past several years, many proteins and transcript...
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Christopher Bradfield, Maureen Bunger, Susan Mary Moran | P01135US
Technology
Immortalized Cells from the Mouse Urogenital Sinus and Adult Mouse Prostate
No well-characterized prostate stromal cell lines currently exist.
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Wade Bushman | P03405US
Technology
Collection of Drosophila Mutants with Neurodegenerative Effects
Few treatments for neurodegenerative diseases, such as Alzheimer’s disease and Parkinson’s disease, have been discovered. In many cases, the molecular basis for neurodegeneration remains unknown...
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Barry Ganetzky, Michael Palladino, Robert Kreber | P02000US
Technology
Mouse Model of Diabetes
There is a lack of effective and non-destructive treatments for diabetic retinopathy, a major cause of blindness in the United States. Thrombospondin1 (TSP1), a matricellular protein that inhibits ang...
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Nader Sheibani-Karkhaneh, Christine Sorenson | P04228US
Technology
Tsp1 -/- Stz Mice, A Model For Diabetes
Effective and non-destructive treatments are needed for diabetic retinopathy, a major cause of blindness in the United States. Thrombospondin1 (TSP1), a matricellular protein that inhibits angiogenesi...
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Nader Sheibani-Karkhaneh, Christine Sorenson | P06036US
Technology
Methods and Materials for Assaying Non-SCD1 Isoforms
Stearoyl-CoA desaturase (SCD) is the rate-limiting enzyme in the biosynthesis of monounsaturated fatty acids. Inhibitors of SCD may be useful therapeutics for diseases such as obesity and diabetes.
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James Ntambi, Makoto Miyazaki | P05362US