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You are here: Home / Archives for Janice Reichert

Register for our upcoming webinar on BLI and its use in anti-snake venom antibody discovery

July 19, 2022 by Janice Reichert

Biolayer interferometry (BLI) is gaining popularity for protein and small molecule quantitation and kinetics research. The new advancements in biosensors, ease of use, reproducibility and low cost is driving its adoption. Even though BLI is one of the easiest of the tools, as with many other techniques, getting the best data depends on optimization of some key experimental factors. This webinar will discuss the best practices in BLI and result of such implementation by way of an example of screening of a broadly neutralizing antibody of snake venoms.

Snake envenomation results in over 100,000 deaths and 300,000 permanent disabilities in humans annually. Contemporary antivenoms are produced from the polyclonal serum of venom-immunized livestock and are specific to a single or narrow genetic range of related snakes. Could a broadly neutralizing monoclonal antibody, or a cocktail of a few broad components, provide protection from diverse snake venoms? Centi-3FTX-D09, originating from the B-cell memory of a human subject with an extensive history of diverse snake venom exposure, recognized a conserved neutralizing epitope of 3-finger toxins (3FTXs), a dominant snake neurotoxin. Four crystal structures of Centi-3FTX-D09 in complex with 3FTXs from mamba, taipan, krait, and cobra revealed the mechanism of broad neutralization to be epitope mimicry of the interface between these neurotoxins and their native host target, the nicotinic acetylcholine receptor. Centi-3FTX-D09 provided in-vivo protection against diverse 3FTXs and, in combination with the phospholipase inhibitor varespladib, protection against whole venom challenge for diverse, genetically distinct, elapid species.

About the Speakers

Register here!

Filed Under: Antibody discovery Tagged With: antibody discovery, snake venom

From Breakthrough to Blockbuster: The Business of Biotechnology

July 7, 2022 by Janice Reichert

The biotechnology industry is highly complex and encompasses a wide range of enterprises, including monoclonal antibody therapeutics research and development. The new book ‘From Breakthrough to Blockbuster: The Business of Biotechnology’ (Oxford University Press, 2022) written by experts in the field, Donald L. Drakeman, Lisa N. Drakeman, and Nektarios Oraiopoulos, provides an insightful view into the inner workings of the industry and the characteristics of biotechnology firms vs those of traditional pharmaceutical companies. The authors provide thoughtful and thorough analysis of the biotech ecosystem, which includes academic researchers, investors and other funders, contract research and manufacturing organizations, and corporate partners.

The book begins with discussion of the scientific advances, particularly recombinant protein and monoclonal antibody technologies, on which the biotechnology industry was founded, as well as the overall process of drug development, which is lengthy and expensive. A key point is that most biotech firms do not have the internal expertise to perform all the required work, which includes manufacturing and clinical trials of the drugs they wish to market. Therefore, access to the biotech ecosystem, and the ability to pay for external services, is critical for success.

The authors then describe sources for the intellectual property on which biotech firms are founded and the various ways these organizations can raise funds, typically starting with venture capital, then potentially an initial public offering. Biotech firms also benefit from alliances with pharmaceutical companies, which can provide validation of their work as well as funding. While discussing aspects of the dealmaking required for partnering and alliances, the authors make a key point – neither the biotech firm nor the pharmaceutical company can predict the outcome due to the substantial number of variables and the complexity of the drug development process, and the historical high rate of failure.

In addition to ideas and funding, the biotech industry must have entrepreneurs who serve as founders and managers. The authors outline the general characteristics of biotech entrepreneurs, which include being adept at creative problem solving, having a high level of achievement motivation, being comfortable taking risks and doing new things, and having a high tolerance for rejection and failure. A substantial amount of the entrepreneur’s time will be spent on fund-raising, so they must create a compelling story about what the firm is doing, why this is important, and their plans for the future to pitch to venture capitalists. In making alliances, the entrepreneur must have a clear understanding of the forces driving decisions at the prospective partner company.

The penultimate chapter focuses on the question of who has developed the most innovative drugs – the biotech industry or traditional pharmaceutical companies. The authors make a strong case that the biotech industry is better at this process because its decision-making process is fundamentally different. The biotech industry is a decentralized system composed of thousands of firms that generate multiple projects and run parallel searches under highly competitive conditions. Investors looking for timely exits can place substantial pressure on company managers to perform “killer experiments” designed to disprove key hypotheses, and thereby quickly distinguish between projects that should proceed vs those that should be terminated. In contrast, traditional pharmaceutical firms tend to have centralized decision-making processes that lead to fewer projects and slower decisions to terminate projects.

In the final chapter, the authors discuss the future of the biopharmaceutical industry, which is critically dependent on government and insurers to pay for the drugs once they are approved for marketing. The biotech industry must offer value sufficient to attract investors, but the price of the resulting products cannot place an overwhelming burden on healthcare systems. Striking a balance between these opposing forces is critical to maintaining a robust biotech industry capable of producing new advances in medicine.

Throughout the book, the authors provide data that support their points in numerous figures and tables. Valuable references are provided in the copious footnotes, which also provide amusing asides (for example, a quote from The Pirates of Penzance, discussion of the origin of biotech company names, a reference to a possible link between juvenile delinquency and subsequent entrepreneurship). In recommending ‘From Breakthrough to Blockbuster: The Business of Biotechnology’, we can only agree with the authors’ summary:

“…this book will be a useful resource for management students and scholars, biomedical scientists, venture capitalists and other investors, entrepreneurs, healthcare policy makers, and all others interested in how new medicines come into being, why the process is so breathtakingly expensive, and how small entrepreneurial ventures can compete in one of the world’s most expensive and heavily regulated industries. Beyond that, the story of how a vast collection of inexperienced, underfunded, and unprofitable small companies have created more life-changing new medicines for less money than the largest global pharmaceutical firms is well worth reading.”

Filed Under: biotechnology Tagged With: biotechnology, business, innovation

2022 Science Writing Competition winners announced!

May 15, 2022 by Janice Reichert

Congratulations to our winners!

To make science accessible, clear, concise communication is essential. The Antibody Society thus offers our student and post-doctoral fellow members a chance to grow this skill through a Science Writing Competition. Entrants submitted essays of 1200 – 1500 words on a topic related to antibody research that were evaluated by our panel of judges.

Our post-doc and student winners are:

Dr. Finn Wolfreys, University of California, San Francisco, CA, USA

Essay title: Antibody Discovery’s Diversity Problem

Alexander Brown, University of Colorado Anschutz Medical Campus, Aurora, CO, USA

Essay title: Immunity in a Deck of Cards

The winning essays can be accessed via the links above.

View all winning essays from the
Science Writing Competitions here

The  next Science Writing Competition opens in Feb. 2023.

Thanks to everyone who participated!

Filed Under: Antibody discovery, Competition, Immunology Tagged With: antibody discovery, Science Writing

Our Antibody Research Competition is open!

May 4, 2022 by Janice Reichert

Attention Students & Post-docs!

 

 

Each year, The Antibody Society sponsors competitions to recognize and encourage the research activities of promising student/postdoctoral fellows.

We invite you to submit a summary of your work on a topic related to antibody research. While such summaries are traditionally presented as posters, feel free to be creative and present the content in other formats, such as video.

Relevant topics include, but are not limited to:

  • Antibody engineering or design
  • Antibody therapeutics
  • Fc effector functions
  • Bispecific antibodies
  • Antibody-drug conjugates
  • Adaptive immune receptor repertoires

The winning antibody research will be featured on The Antibody Society’s website and winners will receive a $400 USD cash prize.

Two winners (1 student, 1 post-doc) will be selected by our panel of judges based on the originality, creativity, scientific merit, and clarity of their research and its presentation.

Send your entry to membership@antibodysociety.org. The first 30 submissions will be considered for the competition. Please include your contact details and whether you are a student or post-doc in your email.

Submission deadline: July 15, 2022

Entry is limited to The Antibody Society student and post-doc members.
Not a member? Register here for your free membership!

Please note that all entrants must abide by the competition rules found here.

 

Filed Under: antibody research, Competition Tagged With: antibody research, competition

Join us on May 26 for our next webinar!

May 2, 2022 by Janice Reichert

Understanding memory B cell responses induced by heterologous SARS-CoV-2 exposure

Thursday May 26, 2022 11am ET / 5pm CET

Speaker: Laura M. Walker, PhD

Senior Director of Antibody Sciences at Adimab and Chief Scientific Officer and a co-founder of Adagio Therapeutics.

Understanding immune responses following severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) breakthrough infection will facilitate the development of next-generation vaccines. Towards this end, Dr. Walker and her colleagues profiled spike (S)-specific B cell responses following Omicron/BA.1 infection in mRNA-vaccinated donors. The acute antibody response was characterized by high levels of somatic hypermutation and a bias toward recognition of ancestral SARS-CoV-2 strains, suggesting the early activation of vaccine-induced memory B cells. BA.1 breakthrough infection induced a shift in B cell immunodominance hierarchy from the S2 subunit toward the receptor binding domain (RBD). A large proportion of RBD-directed neutralizing antibodies isolated from BA.1 breakthrough infection donors displayed convergent sequence features and broadly recognized SARS-CoV-2 variants of concern. Dr. Walker will discuss these findings, which provide insights into the role of pre-existing immunity in shaping the B cell response to heterologous SARS-CoV-2 variant exposure.

Registration is open!

Filed Under: Antibody discovery, Immunology Tagged With: COVID-19, SARS-CoV-2

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