| The pharmaceutical industry is the country’s largest investor in research and development, outperforming other industry sectors and spending nearly £10 million on research every day. There are hundreds of candidate
medicines currently under investigation in pharmaceutical laboratories and research centres. The list below
gives an idea of just how many and varied they are. |
PFIZER has almost 500 projects
in discovery at any one time and an overall development pipeline
consisting of 63 early stage compounds, 27 mid stage compounds,
and 15 in advanced development. A new candidate medicine
for HIV/AIDS works by blocking the entry of HIV to cells
where the virus typically replicates and may be effective
against HIV strains that are currently resistant to existing
medicines. Pfizer has a wide range of compounds in advanced
development, including potential treatments for pain and
inflammation, type 2 diabetes, smoking cessation, osteoporosis,
insomnia, macular degeneration and macular oedema, CPOD and asthma, rheumatoid
arthritis,
colorectal cancer, HIV, malaria, Parkinson’s disease and
neurological disorders.
Three CAMBRIDGE ANTIBODY TECHNOLOGY products
are now in clinical development, with two further candidates
in preclinical development. A monoclonal antibody is being
developed for improving outcomes in glaucoma filtration
surgery. With Genzyme, CAT is developing a potential treatment for diffuse
systemic sclerosis, as well as another monoclonal antibody for idiopathic pulmonary
fibrosis. A potential treatment for severe allergic disorders in Phase 1/2.
A further monoclonal antibody is in preclinical development for asthma and
possible other indications. CAT has a wide programme of collaboration with
other companies for the development of other potential candidate medicines
in the therapeutic areas of rheumatoid arthritis, solid tumour and haematopoietic
cancer cells, Crohn’s disease and multiple sclerosis.
Phase 3 trials of a new clinical trial programme to assess a
non-peptic protease inhibitor for the treatment of HIV1 infection were announced
by BOEHRINGER INGELHEIM.
MERCK SHARP & DOHME has increased its vaccine research programme
in the UK, including the development of a vaccine that offers
the promise of a reduction in the number of Human Papilloma
Virus-related cervical lesions. HPV is the most
common sexually transmitted viral infection. MSD is also involved in three
major trials examining the potential of a
COX-2 selective inhibitor to reduce cancer.
BRISTOL-MYERS SQUIBB has a pipeline of nearly 50 compounds at all stages
of development. A new dopamine system stabiliser for the treatment of
schizophrenia is in the late stages of development, as is a protease
inhibitor of HIV1.
During 2003, ASTRAZENECA compounds in diseases such as cancer, rheumatoid
arthritis, thrombosis, pain and multiple
sclerosis were tested in man for the first time. Clinical studies also continuing
for treatments in gastroesophageal reflux
disease, stroke, depression, chronic obstructive pulmonary
disease, rheumatoid arthritis and others.
NOVARTIS has a range of candidate medicines in Phase 2 trials, including
compounds for osteoporosis, type 2 diabetes, hyper-tension, neurodegeneration,
asthma and chronic obstructive pulmonary disease. In Phase 3, compounds
are in development for osteoporosis, cancer, iron overload, transplantation
and hepatitis B. There are products in late stage development for urinary
incontinence, osteoporosis and persistent asthma.
ALIZYME has completed two Phase 2 clinical trials with its
therapy for irritable bowel syndrome. The company is now preparing to move
into Phase 3 development. The company has also completed a Phase 2 trial
for its obesity therapy.
ROCHE’s research and development programme includes transplantation,
cancer, rheumatoid arthritis, osteoporosis, metabolic diseases, anaemia
and viral diseases. Roche managed 53 global phase 1 and 40 global phase
2 or 3 trials out of the UK, as well as 52 local trials, including new
treatments for hepatitis C and cancer.
During 2003, CELLTECH progressed its pegylated anti-TNF antibody fragment
into Phase 3 trials for Crohn’s Disease. Two potential treatments
for inflammatory disorders and two more, for the treatment of cancers,
have entered Phase 1 development. A further compound for the treatment
of inflammatory disorders has entered into preclinical development.
ABBOTT’s research pipeline focuses
on immunological disease and oncology. The company’s endothelin
receptor antagonist is in late stage development for the treatment of
hormone refractory prostate cancer.
ALTANA PHARMA is focusing on respiratory conditions,
gastroenterology and oncology. A new inhaled corticosteroid for asthma is in
late stage development and a phosphodiesterase-4 inhibitor is also in development
for asthma and chronic
obstructive pulmonary disease.
JANSSEN-CILAG has completed trials of a prophylactic treatment for migraine.
Johnson & Johnson Pharmaceutical Research, in collaboration with
Millennium Pharmaceuticals, is studying a candidate medicine which targets
the proteasome pathway and has demonstrated potential in both solid and
haematological malignancies.
SKYEPHARMA has applied for a licence for
a sustained-release formulation of morphine, which is given as an epidural
injection before or during surgery. SkyePharma currently has four
products in Phase 3 trials and three others at the Phase 2 stage.
AMERSHAM has gained rights to access Oxford Gene Technology's sequence
variation patents as well as core patents relating to analysing polynucleotide
sequences. In addition, Amersham has obtained rights to sublicense the
technology in the research and clinical diagnostic markets. This agreement
places Amersham in a strong position in the clinical diagnostic fields
where bioarray technologies can be partnered with its pharmaceutical
customers in the rapidly growing application of personalised medicine.
SANOFI-SYNTHELABO has 55 compounds under
development, of which 22 are in Phase 2 or 3. Among them
are a cannabinoid receptor antagonist, which is being evaluated for the
treatment of obesity and for smoking cessation, and a long-acting
synthetic pentasaccharide under development for venous
thromboembolic disease associated with atrial fibrillation.
New studies were initiated by AMGEN in over 60 NHS centres
in its target therapeutic areas of oncology/haematology, nephrology, inflammation
and neurology. Results from Phase 3 studies of a new treatment for people
with hyperthyroidism and
Phase1/2 studies of GDNF in Parkinson’s disease were brought together.
FUJISAWA’s institute of Neuroscience
Research continues to collaborate with the University of
Edinburgh in research into schizophrenia and Alzheimer’s.
Other areas of research include severe systemic fungal infections,
dermatological conditions
and treatments for the prevention of graft loss in organ
transplantation.
GLAXOSMITHKLINE currently has 147 projects in clinical
development, spanning a wide range of therapeutic areas and encompassing a
number of pioneering approaches to treating patients. The projects include
82 new chemical entities, 45
product line extensions and 20 vaccines. The pipeline is
maturing as projects move into later stages of development – 98 are in
clinical Phases 2 and 3 or pre-registration.
SUMITOMO PHARMACEUTICALS EUROPE is about to start Phase 2 trials for
a potential treatment for rheumatoid arthritis and has started a Phase
1 programme for a candidate medicine for hypercholesterolaemia and atherosclerosis.
YAMANOUCHI has developed a competitive specific
muscarinic receptor antagonist for the treatment of overactive bladder.
It is also developing a selective endothelin for the treatment of
overactive bladder and a further compound for prostate cancer. The company
is researching a range of compounds in the field of urology.
AVENTIS has a number of compounds in development in
the areas of diabetes, oncology, respiratory conditions and
cardiovascular products, including inhaled insulin for diabetes and new treatments
for cancer and asthma.
WYETH has a new broad-spectrum antibacterial
in Phase 3 trials which shows efficacy against different strains of
bacteria that have developed resistance to other antibiotics. It is also
conducting Phase 3 trials on a tissue-selective oestrogen for the preventive
and treatment of menopausal osteoporosis. Wyeth is carrying out Phase
2 trials for a cell signalling pathway inhibitor for renal cell carcinoma
and breast cancer. Phase 1 trials have begun for a compound for the symptomatic
treatment of mild to moderate Alzheimer’s. The company also has
an extensive vaccine research programme, primarily in the areas of respiratory
infections, sexually transmitted diseases and hospital-acquired infections.
“There is great
depth and breadth of discovery and development research
in progress in the UK. The UK Government recognises
that bioscience is a key industry for the future and
is determined to create the best possible conditions
to continue the sector’s growth and success.”
Lord Sainsbury, Minister for Science
and Innovation,
29 October 2003 |
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