Immuno Oncology Assays Have Increasingly Become Important For the Development of New Cancer Immunotherapies
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Immuno Oncology Assays |
Immuno Oncology Assays have gained wide popularity in the
field of cancer diagnosis. Their multi-target polymerase chain reaction
technology gives rise to a wide range of information from minute quantities of
protein or analytes in a shorter time period. Apart from cancer diagnosis,
immuno-oncology assays find applications in pathogen detection, mutation
analysis and linkage analysis.
Developing an accurate Immuno
Oncology Assays is crucial for developing new cancer
immunotherapies. The availability of accurate biomarkers will help guide drug
development and reduce the discrepancy between experimental results and the
results of clinical trials. The future of immuno-oncology depends on the
availability of predictive biomarkers. A successful immuno-oncology assay will
provide physicians with an accurate assessment of the efficacy of cancer
treatments.
An ELISA assay, or enzyme-linked
immunosorbent assay, is a plate-based method of evaluating the activity of one
analyte in a sample. ELISA kits can analyze tissue culture, plasma or BAL fluid
samples. An ELISA assay for cytokines can also be conducted using a mouse acute
lung injury model, which simulates some of the pathology seen in clinical ALI.
Cytokine levels are a key indicator of the resolution of lung injury in mouse
models.
The IO score is based on a 27-gene
algorithm which accounts for the immune response, tumor physiology and
surrounding stromal cell signaling. Moreover, the M subtype may enrich for targeted
therapeutics. The algorithm also accounts for the tumor microenvironment. To
make the most of this algorithm, it is essential to understand the
immuno-oncology assays and how they impact clinical trials.
Currently, immune checkpoint
inhibitors are frontline cancer treatments. However, a majority of patients
fail to obtain a durable response and develop primary resistance to
immunotherapy. Immuno Oncology Assays with a 27-gene algorithm have
shown significant predictive value in NSCLC. The algorithms combine aspects of
immune response with stromal cell signaling to determine tumor sensitivity and
response. The results indicate whether immunotherapy agents are effective in
identifying patients with cancer.
There is a growing number of ICPis in the
pipeline. Some of the most prominent new agents are TIM-3, B7-H3, and NKG2A.
New IO agents that modulate T-cell activity and restore the body's natural
ability to fight cancer are a high priority. In the meantime, there are several
assays available. They are useful in clinical analysis and protocol
development.
The rise in incidence of cancer,
increase in R&D activities, and lack of skilled labor are driving the
immune oncology assays demand. However, some limitations such as high capital
investment and a lack of skilled labor are expected to limit the market growth.
Nevertheless, the development of automated Immuno Oncology Assays is
expected to open lucrative opportunities in the coming years.
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