| Title
|
Type
|
Submission Type |
Organizer |
Cosponsor |
Description |
| Biomedical Technologies |
Oral |
Contributed |
|
|
This session will focus on emerging technologies used to engineer host or microbial cells and their ... |
| Biomedical Technologies |
Oral |
Contributed |
|
|
Gene Therapy continues to gain significant interest and increasing momentum in the pharmaceutical in... |
| Biomedical Technologies |
Oral |
Contributed |
|
|
Targeted delivery is critically important in improving the efficacy of medicines, including small mo... |
| Biomedical Technologies |
Poster |
Contributed |
|
|
|
| Biomedical Technologies |
Oral |
Contributed |
|
|
There is increasing interest in precision medicine for detecting and treating a wide range of human ... |
| Biomolecular Technologies |
Oral |
Contributed |
|
|
Advances in biomolecular engineering technology have created opportunities to improve biochemical an... |
| Biomolecular Technologies |
Oral |
Contributed |
|
|
Protein therapeutics cover a wide range of molecular formats including antibodies, proteins with enz... |
| Biomolecular Technologies |
Oral |
Contributed |
|
|
Cellular interactions are critical to cellular and tissue level biological phenomena across physiolo... |
| Biomolecular Technologies |
Poster |
Contributed |
|
|
|
| Biomolecular Technologies |
Oral |
Contributed |
|
|
Protein conjugates and fusions are expanding the toolkit for development of new molecules with wide-... |
| Biomolecular Technologies |
Oral |
Contributed |
|
|
New protein technologies often rely on a deep understanding of three-dimensional structure and how i... |
| Biomolecular Technologies |
Oral |
Contributed |
|
|
The space of proteins therapeutics is continually expanding due to the development of new protein fo... |
| Downstream Processing |
Oral |
Contributed |
|
|
This session will examine practical and theoretical aspects that can lead to improvements in the cur... |
| Downstream Processing |
Oral |
Contributed |
|
|
Purification schemes for novel antibody structures using chromatographic methods or other purificati... |
| Downstream Processing |
Oral |
Contributed |
|
|
Continuous processing offers a step improvement in productivity, supply flexibility, product quality... |
| Downstream Processing |
Oral |
Contributed |
|
|
Continuous processing offers a step improvement in productivity, supply flexibility, product quality... |
| Downstream Processing |
Oral |
Contributed |
|
|
Many therapeutic modalities such as viruses, viral vectors, virus like particles, exosomes, cells, n... |
| Downstream Processing |
Oral |
Contributed |
|
|
To align with the QbD (Quality by Design) paradigm and accelerated program timelines, the biopharmac... |
| Downstream Processing |
Oral |
Contributed |
|
|
Models capable of describing chromatographic separations have long been available but never quite ma... |
| Downstream Processing |
Oral |
Contributed |
|
|
Non-chromatographic separation techniques are essential to manufacture biopharmaceutical products an... |
| Downstream Processing |
Oral |
Contributed |
|
|
Non-chromatographic separation techniques are essential to manufacture biopharmaceutical products an... |
| Downstream Processing |
Poster |
Contributed |
|
|
|
| Emerging Frontiers |
Poster |
Contributed |
|
|
This BIOT Frontiers Special Poster Session will highlight research across the sessions in this area:... |
| Emerging Frontiers in BIOT |
Oral |
Contributed |
|
|
Space is humanity's final frontier. Exploring, utilizing, and living in space presents unique challe... |
| Emerging Frontiers in BIOT |
Oral |
Contributed |
|
|
The bioprocessing industry has been dominated by mAbs made in large quantities with high selling pri... |
| Emerging Frontiers in BIOT |
Oral |
Contributed |
|
|
The BIOT division is proud to celebrate its 55th anniversary this year. BIOT is one of the oldest an... |
| Emerging Frontiers in BIOT |
Oral |
Contributed |
|
|
Significant advances in modeling and computational efficiency had allowed for the development of fir... |
| Emerging Frontiers in BIOT |
Oral |
Contributed |
|
|
Future resource scarcity has the potential to negatively impact the growth of biotechnology. Competi... |
| End-to-End Biomanufacturing |
Oral |
Contributed |
|
|
Automation has the potential to accelerate discovery of lead candidate biologics through greater eff... |
| End-to-End Biomanufacturing |
Oral |
Contributed |
|
|
Historically, the bioprocess industry has relied on familiar, proven although sometimes aging techni... |
| End-to-End Biomanufacturing |
Oral |
Contributed |
|
|
Over the past year, new modalities have had significant clinical and commercial success, including v... |
| End-to-End Biomanufacturing |
Oral |
Contributed |
|
|
Biopharmaceutical companies are increasingly looking outside of their tried-and-true playbooks for c... |
| End-to-End Biomanufacturing |
Oral |
Contributed |
|
|
The last decade saw tremendous advances to data-generating domains such as automated, high-throughpu... |
| End-to-End Biomanufacturing |
Poster |
Contributed |
|
|
|
| End-to-End Biomanufacturing |
Oral |
Contributed |
|
|
This session will focus on new methodologies to control drug substance or drug product critical qual... |
| End-to-End Biomanufacturing |
Oral |
Contributed |
|
|
Different manufacturing strategies are considered when developing a process. Traditionally, scaling-... |
| General Biochemical Technology |
Oral |
Contributed |
|
|
Start-up, early stage companies and teams of entrepreneurs seeking to develop and commercialize nove... |
| General Biochemical Technology |
Poster |
Contributed |
|
|
|
| Sci-Mix |
Poster |
Contributed |
|
|
|
| Spotlights on Research Areas |
Oral |
Contributed |
|
|
|
| Upstream Processes |
Oral |
Contributed |
|
|
In the past decade, traditional microbial hosts are increasingly being supplanted with non-model hos... |
| Upstream Processes |
Oral |
Contributed |
|
|
Mammalian cell culture has become an essential means for production of an ever increasing number of ... |
| Upstream Processes |
Oral |
Contributed |
|
|
Mammalian cell culture has emerged as a dominant sector of biotechnology, wherein cells are harnesse... |
| Upstream Processes |
Oral |
Contributed |
|
|
The growth of mammalian cells in defined, supplemented media is a cornerstone technology for basic a... |
| Upstream Processes |
Oral |
Contributed |
|
|
Mammalian cell culture continues to widen its impact on biotechnology with applications ranging from... |
| Upstream Processes |
Oral |
Contributed |
|
|
Biotechnology and its associated disciplines are the focal points for the design and construction of... |
| Upstream Processes |
Poster |
Contributed |
|
|
|
| Upstream Processes |
Oral |
Contributed |
|
|
Mammalian cell culture has become an essential means for production of an ever increasing number of ... |
| Upstream Processes |
Oral |
Contributed |
|
|
Synthetic biology approaches have revolutionized how we engineer organism by embodying a rapid desig... |
| Upstream Processes |
Oral |
Contributed |
|
|
Living systems are dynamic and complex, and their behaviors may be hard to predict from the properti... |
