
[EPISODE 24] Dr. David Berkowitz Talks Enzymes, Radiation, And The Lincoln Marathon
On this episode of Molecular Moments, Chad Briscoe speaks with Dr. David Berkowitz, Director of the Division of Chemistry at
(Automated Immunoassays)
(MSD-Multiplex ECLIA)
(SPR Biomarker Interactions)
(ImmunoCAP)
(Western Blot Imager)
(Immune Cell Cytokine Release)
(Low Volume Automated ELISA)
(Multiplex Immunoassay)
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Virology
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BRISBANE LAB
1,566 Square Meters
Pharmacokinetics (PK)
Pharmacodynamics (PD)
Virology
Immunology
FIH trials & early-phase clinical trials
Central laboratory services
Explore the capabilities of each platform in more detail to learn which option will be best for your unique study. Our team is available for specific guidance on platform selection.
On this episode of Molecular Moments, Chad Briscoe speaks with Dr. David Berkowitz, Director of the Division of Chemistry at
Entering the biosimilars market is an enticing prospect for many biopharma companies, offering the potential for reduced development and manufacturing
Once the patent on a previously ground-breaking blockbuster molecule comes to an end, there is an opportunity for biosimilar versions
Promising broader patient access to critical medicines, biosimilars offer a more cost-effective alternative therapeutic option compared with originator products. With
BioAgilytix adds New VP of Business Development in Europe Hamburg, Germany 01 March 2023 – BioAgilytix, a leading global bioanalytical
78,000 Square Feet of Lab and Office Space Added in the First of a Multi-Phase Expansion Durham, NC, October 19,
Entering the biosimilars market is an enticing prospect for many biopharma companies, offering the potential for reduced development and manufacturing
3 key challenges facing the biosimilars space in 2023 In 2010, the biopharma industry saw an abrupt patent cliff: a
As therapeutic drugs have grown in complexity, so too have the bioanalysis techniques to support these products. Bioanalysis of small molecule
(Automated Immunoassays)
(MSD-Multiplex ECLIA)
(SPR Biomarker Interactions)
(ImmunoCAP)
(Western Blot Imager)
(Immune Cell Cytokine Release)
(Low Volume Automated ELISA)
(Multiplex Immunoassay)
SAN DIEGO LAB
~34,000 sq. ft.
CRO
Immunoassay
Mass Spectrometry
USA HQ (DURHAM)
~265,000 sq. ft.
Discovery
Preclinical/clinal
Manufacturing
BOSTON LAB
~22,000 sq. ft.
Bioanalytical Services
Diagnostic Testing
EUROPEAN HQ (HAMBURG)
~2,900 m2 (31,000 sq. ft.)
Assay Development
Validation
Sample Analysis
Global Disease Studies
MELBOURNE LAB
2,777 Square Meters
Pharmacokinetics (PK)
Pharmacodynamics (PD)
Virology
Immunology
FIH trials & early-phase clinical trials
Central laboratory services
BRISBANE LAB
1,566 Square Meters
Pharmacokinetics (PK)
Pharmacodynamics (PD)
Virology
Immunology
FIH trials & early-phase clinical trials
Central laboratory services
Explore the capabilities of each platform in more detail to learn which option will be best for your unique study. Our team is available for specific guidance on platform selection.
On this episode of Molecular Moments, Chad Briscoe speaks with Dr. David Berkowitz, Director of the Division of Chemistry at
Entering the biosimilars market is an enticing prospect for many biopharma companies, offering the potential for reduced development and manufacturing
Once the patent on a previously ground-breaking blockbuster molecule comes to an end, there is an opportunity for biosimilar versions
Promising broader patient access to critical medicines, biosimilars offer a more cost-effective alternative therapeutic option compared with originator products. With
BioAgilytix adds New VP of Business Development in Europe Hamburg, Germany 01 March 2023 – BioAgilytix, a leading global bioanalytical
78,000 Square Feet of Lab and Office Space Added in the First of a Multi-Phase Expansion Durham, NC, October 19,
Entering the biosimilars market is an enticing prospect for many biopharma companies, offering the potential for reduced development and manufacturing
3 key challenges facing the biosimilars space in 2023 In 2010, the biopharma industry saw an abrupt patent cliff: a
As therapeutic drugs have grown in complexity, so too have the bioanalysis techniques to support these products. Bioanalysis of small molecule
BioAgilytix is privileged to contribute to the exciting and promising new field of immunotherapy by supporting innovative CAR-T therapy programs. Working in collaboration with sponsors, we utilize our strengths in cell-based assays to assist with the characterization of these cells.
Immunotherapy empowers a patient’s own immune system to locate and destroy cancer cells. Chimeric antigen receptor T-cell therapy (or CAR T therapy) is the latest and most exciting anti-cancer therapy to make the news, with the FDA recently approving significant treatment breakthroughs in the form of CAR T-cell therapies: one to treat certain pediatric and young adult patients with acute lymphoblastic leukemia and another for diffuse large B cell lymphoma. Both treatments mark important milestones in cancer therapy.
CAR T-cell therapy involves the collection and genetic modification of T-cells in order to introduce a new gene that allows the CAR T-cells to target and kill the patient’s cancer cells. T-cells are extracted from the patient and infected with replication deficient retro- or lentiviruses that carry the gene for the engineered T-cell receptor. This gene is then incorporated into the nucleic DNA of the patient’s T-cells resulting in a “chimeric” T-cell, having the cellular immune functions of the host T-cells, but engineered to readily recognize and kill cancer cells. These chimeric T-cells are cultured to obtain the actual therapeutic suspended in growth media. These cells are then transfused back into the patient where the CAR-T cells seek and destroy the cancerous cells, usually within 2-4 weeks.
The results from clinical trials utilizing CAR-T are promising, as they show a very effective and efficient treatment with less severe side effects than those associated with chemo- or radiation therapy. Another advantage of CAR-T cell therapy is that this therapeutic can develop into dormant memory T-cells that will monitor the patient for possible relapse of the same cancer. Should relapse occur, the CAR T-cells become active again and proceed to destroy the reoccurring cancer cells.
From the Blog
As the applications for CAR-T expands, more oncology patients will have the opportunity to take advantage of meaningful treatments. We discuss the impact that this drug modality can make for those fighting cancer.
CAR-T therapy is a novel approach to cancer treatment and therefore requires novel methods to monitor and quantify the progression and effects of the therapeutic. It needs to be characterized by immunophenotyping, usually by flow cytometry, and tested for the presence of the T-cell receptor gene, routinely performed using qPCR. Monitoring the possibility of reversion of the replication deficient retroviruses is also needed during production and treatment and can be monitored using RT-PCR and cell-based assays.
Patient symptoms must be monitored carefully during the 2-4 weeks post infusion to ensure that any serious side effects can be mitigated, and immunoassays (via ELISA, MSD, Luminex, etc.) are used to measure cytokines and potential anti-therapeutic antibodies generated by the patient’s immune system. Long term follow-up of the patient also involves monitoring the persistence of the CAR-T cells in the memory compartment of the cellular immune system. These can be detected by qPCR or cell-based proliferation assays.
BioAgiytix pairs our unique, highly specialized scientific capabilities with cutting-edge platforms to ensure delivery of reliable, timely, high-quality results from these range of assessments including:
Extremely promising advances in science and medicine now exist where none were available previously. There is much more to discover in the years ahead to as a bona fide treatment of blood cancers and, hopefully, other forms of cancer as well. The BioAgilytix team is dedicated to specializing in this novel cancer therapy to provide the data necessary to advance this important research.
Our teams in Boston, North Carolina, and Hamburg – all which average over 10 years of bench experience and are comprised of over 50% Ph.D. and Masters-level scientists – are ready to help you explore new ways to utilize CAR-T therapy to bring new treatment options to oncology patients.
2300 Englert Dr
Durham, NC, 27713
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Fax 919-381-6099
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San Diego, CA 92121
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37 Kent St, Woolloongabba
Queensland, 4102, Australia
2300 Englert Dr
Durham, NC, 27713
919-381-6097
Fax 919-381-6099