Not exact matches
Mannkind, which focuses on the
development and commercialization of inhaled
therapeutic products for patients with
diseases such as diabetes and pulmonary arterial hypertension, entered a shallow but persistent downtrend in 2004, posting a series of lower highs into 2015.
These plaques are associated with
development of Alzheimer's
disease and several
therapeutic strategies are aimed at reducing their formation and eliminating them.
The next objective of the researchers is to decode the action mechanism of TREX2 in the
development and maintenance of psoriasis, so as to design new
therapeutic strategies for the treatment of this
disease.
The research, led by researchers from the Department of Pathology and Experimental Therapeutics of the Faculty of Medicine and Health Sciences of the University of Barcelona and the Bellvitge Biomedical Research Institute (IDIBELL), contributes to increase the knowledge about this complex and multi-factor inflammatory
disease and opens doors to the
development of new
therapeutic strategies.
As a result, the emphasis in early
development is on understanding the molecular underpinnings of
disease and developing markers for
therapeutic effects.
To strengthen its clinical research profile, Dresden has created a strategic plan, to be funded by the German Research Ministry (BMBF), that focuses on three aspects of clinical research: tissue engineering and
development of physical and molecular medical technologies for clinical application;
therapeutic strategies after cell and tissue damage; and diagnosis and therapy of malignant
diseases.
Co-lead author, Doctor Mohammed Eslam, said this discovery holds great promise for the
development of effective
therapeutic treatments for liver
disease.
Professor Fallon said: «This identification of an early stage cellular checkpoint that can act as a break on allergic responses has important implications for the
development of new
therapeutic approaches for asthma and other allergic
diseases.»
The findings provide insight into the biological pathways that may predispose an individual to
disease and could ultimately lead to the
development of new
therapeutic avenues to treat the five major psychiatric illnesses.
The role of Apelin and Elabela in establishing the circulatory system makes them potential targets in future
development of
therapeutic applications for illnesses ranging from the various cancers, and cardiovascular
diseases, to even metabolic
diseases such as diabetes.
Now, researchers may finally understand an important mechanism that keeps this friendly truce intact — a finding that may lead to the
development of new
therapeutic strategies for such chronic
diseases.
While still early in
development, stem and
therapeutic cells may one day offer effective treatments against
diseases, particularly cancer.
To date, there are no cures available for PH. Little is known about the mechanisms underlying these
diseases, an understanding essential to
development of
therapeutic strategies.
The study of these new mouse models means an advance in the knowledge of
disease's
development mechanisms and an opportunity to implement new
therapeutic strategies for patients.
«The dBET1 and the dFKBP12 compounds are presently in a late stage of lead optimization for
therapeutic development in both cancer and non-malignant
diseases,» says Prem Das, PhD, chief research business
development officer at Dana - Farber.
Calling their compound a new
therapeutic candidate for people with severe asthma and other chronic airway
diseases, researchers say with additional research and
development their discovery could lead to future clinical trials for asthma, Cystic Fibrosis and Chronic Obstructive Pulmonary
Disease (COPD).
Targeted gene therapies, however, had to wait for (1) the identification of the genes to target, (2) the cloning and / or sequencing of the relevant genes and in some cases, the specific
disease - causing variant, (3) a full understanding of the normal gene function and regulation, and (4) the
development of efficient ways to deliver genes to the relevant tissues at
therapeutic levels.
ISIS PHARMACEUTICALS» FORWARD - LOOKING STATEMENT This press release includes forward - looking statements regarding the discovery,
development and potential of drugs for severe and rare
diseases, and the
development, activity,
therapeutic potential and safety of ISIS - SMNRx.
Supports work that can accelerate neurotrophic factor
therapeutic development for Parkinson's
disease (PD).
The Ospedale San Raffaele Mouse Clinic (OMC) is the follow - up and consolidation of a Regione Lombardia - funded project (EMDM), which aimed at the establishment and implementation of a large, dedicated facility (the European Mouse
Disease Models Center) whose goal is the development and functional assessment of mouse disease models, both for the dissection of the underlying pathogenic mechanisms and for the screening and validation of innovative diagnostic and therapeutic proc
Disease Models Center) whose goal is the
development and functional assessment of mouse
disease models, both for the dissection of the underlying pathogenic mechanisms and for the screening and validation of innovative diagnostic and therapeutic proc
disease models, both for the dissection of the underlying pathogenic mechanisms and for the screening and validation of innovative diagnostic and
therapeutic procedures.
This call for projects «Mouse models and rare
diseases» aims to give a significant boost to the
development of mouse models, in order to: ◊ gain a better understanding of the pathophysiological mechanisms involved in rare
diseases whose defective genes have been identified ◊ test and validate
therapeutic proofs of concept, at the pre-clinical in vivo level Indeed, producing these models meets a key objective in the
development of a
therapeutic strategy.
Supports work that can accelerate neurotrophic factor
therapeutic development for Parkinson's
Disease.
Considering the vast population of patients with these
diseases, the
development of CXCR4 antagonists is of
therapeutic as well as economic importance.
The condition is more common than muscular dystrophy and cystic fibrosis, but the
development of new
therapeutic concepts is hindered by the fact that unlike muscular dystrophy and cystic fibrosis, where a single mutated gene causing the
disease is known, the entire human chromosome 21 (containing around 300 genes) still has to be dissected into individual gene - dose contributions to the DS symptoms.
The use of NHP in biomedical research is justified in the studies of human
diseases, to learn more about their causal pathways, their
development, their infectiveness and to develop
therapeutic and preventive strategies.
«This collaboration has already resulted in exciting new capabilities and insights for R&D for small airway
diseases, and we look forward to further advancing the application of the Organ - Chips to improve
therapeutic development».
With the reference cell census data in hand, the research team is excited to conduct additional studies, including ones involving models or human patients with gastrointestinal conditions — Crohn's
disease, ulcerative colitis, gastrointestinal cancers, forms of food allergy, etc. — aimed at identifying changes in gene expression and epithelial structure and function that could reveal new insights and opportunities for
therapeutic development.
Our first liver
therapeutic development program is for methylmalonic acidemia (MMA), a serious and often life - threatening rare liver
disease; it is primarily a pediatric
disease with onset in early infancy.
Objective: To provide data - driven and computational infrastructures and data - sharing platforms to support large - scale, system - level data integration and modeling, and enable predictive biology for pathogens and host - pathogen interactions for discovery research, clinical investigation, and
therapeutic development for infectious
diseases.
PHENOMIN - ICS offers to generate genetically modified mouse models on a high - throughput and large scale basis, and then to provide a first phenotyping characterisation, either standardised or more specific, for a better understanding of
disease mechanisms and for the
development of new
therapeutic treatments.
Importantly, newly identified proteins will serve as
disease biomarkers and will contribute to the
development of novel
therapeutic strategies.
Data from a new study on how antibodies are developed in humans can be utilized to improve the
development of
therapeutic antibodies for treating human
diseases.
Because of the laboratory's success in its study of immune response, Sette and his team believe their research will lead to
development of new
therapeutic and prophylactic approaches to fighting infectious
diseases.
Wayne C. Drevets, M.D. is the Scientific Vice President and
Disease Area Leader in Mood Disorders in the Neuroscience
Therapeutic Area at Janssen Research &
Development, of Johnson & Johnson, Inc..
In this protein, the binding domain of botulinum toxin is replaced to broaden the toxin's
therapeutic potential and allow drug
development to be targeted towards a specific
disease.
«We think this
development will help other scientists better utilize open data, hopefully leading to the discovery of new
therapeutic targets for
disease,» says first author Andra Waagmeester, PhD, formerly a researcher at Maastricht University and now CEO of the start - up company Micelio.
«This
development allows us to study genetic
diseases more easily and potentially identify new
therapeutic targets.»
The ambition of I - Stem is to develop a research technology capable of covering all aspects of discovery and
development of
therapeutic molecules for pre-clinical trials as defined by clinical and epidemiological studies of monogenic
diseases, until a candidate molecule is identified for clinical trials.
The autoimmune
therapeutic area represents a broad category of human
disease presentations that involve a variety of organ targets and thus presents a significant challenge with respect to the
development of therapies designed to re-establish self - tolerance.
Thus, all research on lines of human embryonic stem cells as the cells of various phenotypes derived from these lines should aim to lexploration mechanisms or the
development and validation of
therapeutic applicable to serious
diseases.
«Biomarkers are critical to accelerating
therapeutic development for any
disease.
One outcome of such studies might be the
development of novel biomarkers of
disease states, adverse responses, beneficial responses, exposures, or
therapeutic responses.
We have also set out to exploit the specificity of carbohydrate recognition and the ensuing membrane mechanical potential resulting from clustering of glycosphingolipids for the
development of innovative
therapeutic delivery strategies for the treatment of cancer and infectious
disease.
The results are «important both for mechanistic study and also for potentially
therapeutic developments,» said Yadong Huang of the University of California, San Francisco, and the Gladstone Institute of Neurological
Disease, who also was not involved in the work.
These results not only change our fundamental understanding of what exactly goes wrong in the muscles of Duchenne muscular dystrophy patients, but they argue for a very different approach to
therapeutic development for this devastating
disease.»
In the U.S., orphan drug designation is granted by the FDA's Office of Orphan Products
Development to promote the development of products that may offer therapeutic benefits for diseases with a prevalence of fewer than 200,000 individual
Development to promote the
development of products that may offer therapeutic benefits for diseases with a prevalence of fewer than 200,000 individual
development of products that may offer
therapeutic benefits for
diseases with a prevalence of fewer than 200,000 individuals per year.
Translational medicine is the integrated application of innovative pharmacology tools, biomarkers, clinical methods, clinical technologies and study designs to improve
disease understanding, confidence in human drug targets and increase confidence in drug candidates, understand the
therapeutic index in humans, enhance cost - effective decision making in exploratory
development and increase phase II success.
The HapMap will allow the discovery of sequence variants that affect common
disease, will facilitate
development of diagnostic tools, and will enhance our ability to choose targets for
therapeutic intervention.
Our aim is the
development of novel,
disease - modifying
therapeutic approaches for protein misfolding neurodegenerative
diseases.
This study leads to a better understanding of macrophage responses to infection, provides insight into
disease development, and suggests targets for
therapeutic intervention.