APR Sept/Oct 2023 - 33

« INSIDER INSIGHT
sponsors' protocols to be rejected because they used data that is
outside the parameters of a particular trial.
A new data privacy framework program between the United States
and European Union hopes to ease some of these challenges. An
unprecedented adequacy decision, the Data Privacy Framework
(DPF) program aims to provide organizations with reliable means
of transferring personal data between the United States and the
European Union while guaranteeing data protection across all
participating countries. Prior to this decision, data transfer between
the US and EU was all but shut off, forcing researchers to enter into
several transactional clauses before sharing data in a new jurisdiction.
Now, the governments of the US and EU have acknowledged that the
ability to share data is critical, and that it is important to strike the
right balance between protecting citizens and providing data access
in a responsible way to spur innovation. With this program in place,
researchers will be able to conduct clinical trials across international
lines much more easily, leading to studies that are more representative
of the intended patient population and enabling them to spend less
time sifting through international privacy laws to make sure they are
compliant, and more time on advancing medical breakthroughs.
The biggest benefit of this program is the effect it will have on data
quality. A wider population being able to take part in clinical research
will lead to more diverse data sets, which will, in turn, give algorithms
a much better pool of data to be trained with, so that AI-powered
solutions will be able to get it right the first time and have a broad,
equitable impact on all patients, regardless of their background.
Regulating the Future: Setting
Responsible Innovation Standards
The Data Privacy Framework program is a global accomplishment in
data sharing that will have far-reaching impacts on clinical research
and AI development across the world, and back in the United States,
we are taking positive strides in defining what the responsible
development of AI technology looks like. Combined with future
agreements to allow the use of clinical trial data in training sets for
AI, the ability to collect, transfer, and use this trove of data has the
potential to support significant progress in allowing AI to improve
healthcare around the globe.
There has been some recent momentum around the
federal
government's and big tech's commitments to thoroughly vet and
validate algorithms. Seven executives from the country's leading tech
companies recently met with President Biden at the White House to
announce their agreement on several commitments regarding the
sharing, testing and development of new technology. While these
voluntary agreements are a far cry from true AI legislation, they take
an important first step in defining standards in AI development and
data sharing that future regulations can be used to build from. It is
vital that future AI legislation decision-making involves the voices of
all stakeholders, not just big tech companies. Smaller companies who
have been developing AI for decades have valuable key learnings to
share - not only should they have a seat at the table, but they should
be critical drivers of this evolving regulatory conversation.
The potential of AI technology in healthcare has been discussed
for years, and we have now reached a tipping point. Implementing
all of the regulations AI needs to enhance data quality and enable
ethical and impactful innovation will be an evolving process. In order
to truly deliver on the promise of AI-powered technology in clinical
research and care, we must move beyond best practices and enforce
regulations every organization and developer must follow with clear
parameters governing responsible development, data sharing and
transparency into how algorithms were created and how personal
data will be used. Only then will we be able to unlock the true
power of data and witness the full capabilities of AI to create a more
equitable, healthier and safer world.
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APR Sept/Oct 2023

Table of Contents for the Digital Edition of APR Sept/Oct 2023

INSIDER INSIGHT - From Guidelines to Standards: Why Comprehensive AI Regulation is Essential to Spurring Innovation
BIOPHARMACEUTICAL - Aseptic Process Simulation: Cell and Gene Therapy Manufacture
FORMULATION & DEVELOPMENT - Challenges of Analytical Validation for ATMPs
QC Corner - The Intricacies of Testing for Mycoplasmas in Cell Culture Systems
MICROBIOLOGY - Standardized, Scalable And Efficient: Producing Recombinant Factor C to Quality Standards
FORMULATION AND DEVELOPMENT - R Code to Estimate Probability of Passing USP Dissolution Test
FORMULATION AND DEVELOPMENT - Cloud Computing for Drug Discovery: The Time is Now
CGT CIRCUIT - Navigating the Complex Testing Strategies for Viral Vector-based Gene Therapies
MANUFACTURING - Simplifying Finished Product Manufacturer Site Transfer Variations
FORMULATION AND DEVELOPMENT - Advancing Regulatory Compliance with Natural Language Processing
DRUG DELIVERY - Finding a Greater Vantage Point for Creating Green Therapies
WHITEPAPER - Microbial Testing for the Pharmaceutical Industry
Facility Tour - Eurofins BioPharma Product Testing
ROUNDTABLE - Drug Delivery
MANUFACTURING - Accelerating Biologics R&D with Unified Software and Data Flows
An Interview with Jason Downing, Senior Product Manager, TriLink BioTechnologies®
FORMULATION AND DEVELOPMENT - The Role of Data in the Pharmaceutical Lifecycle
BIOPHARMACEUTICAL - Uniting Quality Expectations on Reinvigorated Biopharma Campuses
WHITEPAPER - VITAMIN C – Tableting with LUBRITAB® RBW Lubricant
WHITEPAPER - Leveraging Analytical Technology Process for CMC
BIOPHARMACEUTICAL - Maximizing the Commercialization Potential of Cell and Gene Therapies
MICROBIOLOGY - Comments on Aseptic Process Simulation (APS) in the New EU GMP Annex 1
VENDOR VIEWPOINT - Continuous & Intervention-Free Microbial Monitoring
APR Sept/Oct 2023 - Cover1
APR Sept/Oct 2023 - Cover2
APR Sept/Oct 2023 - 1
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APR Sept/Oct 2023 - 30
APR Sept/Oct 2023 - INSIDER INSIGHT - From Guidelines to Standards: Why Comprehensive AI Regulation is Essential to Spurring Innovation
APR Sept/Oct 2023 - 32
APR Sept/Oct 2023 - 33
APR Sept/Oct 2023 - BIOPHARMACEUTICAL - Aseptic Process Simulation: Cell and Gene Therapy Manufacture
APR Sept/Oct 2023 - 35
APR Sept/Oct 2023 - 36
APR Sept/Oct 2023 - 37
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APR Sept/Oct 2023 - FORMULATION & DEVELOPMENT - Challenges of Analytical Validation for ATMPs
APR Sept/Oct 2023 - 45
APR Sept/Oct 2023 - 46
APR Sept/Oct 2023 - 47
APR Sept/Oct 2023 - 48
APR Sept/Oct 2023 - 49
APR Sept/Oct 2023 - QC Corner - The Intricacies of Testing for Mycoplasmas in Cell Culture Systems
APR Sept/Oct 2023 - 51
APR Sept/Oct 2023 - MICROBIOLOGY - Standardized, Scalable And Efficient: Producing Recombinant Factor C to Quality Standards
APR Sept/Oct 2023 - 53
APR Sept/Oct 2023 - 54
APR Sept/Oct 2023 - 55
APR Sept/Oct 2023 - FORMULATION AND DEVELOPMENT - R Code to Estimate Probability of Passing USP Dissolution Test
APR Sept/Oct 2023 - 57
APR Sept/Oct 2023 - 58
APR Sept/Oct 2023 - 59
APR Sept/Oct 2023 - 60
APR Sept/Oct 2023 - 61
APR Sept/Oct 2023 - FORMULATION AND DEVELOPMENT - Cloud Computing for Drug Discovery: The Time is Now
APR Sept/Oct 2023 - 63
APR Sept/Oct 2023 - 64
APR Sept/Oct 2023 - 65
APR Sept/Oct 2023 - 66
APR Sept/Oct 2023 - 67
APR Sept/Oct 2023 - CGT CIRCUIT - Navigating the Complex Testing Strategies for Viral Vector-based Gene Therapies
APR Sept/Oct 2023 - 69
APR Sept/Oct 2023 - MANUFACTURING - Simplifying Finished Product Manufacturer Site Transfer Variations
APR Sept/Oct 2023 - 71
APR Sept/Oct 2023 - 72
APR Sept/Oct 2023 - 73
APR Sept/Oct 2023 - FORMULATION AND DEVELOPMENT - Advancing Regulatory Compliance with Natural Language Processing
APR Sept/Oct 2023 - 75
APR Sept/Oct 2023 - 76
APR Sept/Oct 2023 - 77
APR Sept/Oct 2023 - DRUG DELIVERY - Finding a Greater Vantage Point for Creating Green Therapies
APR Sept/Oct 2023 - 79
APR Sept/Oct 2023 - 80
APR Sept/Oct 2023 - 81
APR Sept/Oct 2023 - WHITEPAPER - Microbial Testing for the Pharmaceutical Industry
APR Sept/Oct 2023 - 83
APR Sept/Oct 2023 - 84
APR Sept/Oct 2023 - 85
APR Sept/Oct 2023 - Facility Tour - Eurofins BioPharma Product Testing
APR Sept/Oct 2023 - 87
APR Sept/Oct 2023 - 88
APR Sept/Oct 2023 - ROUNDTABLE - Drug Delivery
APR Sept/Oct 2023 - 90
APR Sept/Oct 2023 - 91
APR Sept/Oct 2023 - MANUFACTURING - Accelerating Biologics R&D with Unified Software and Data Flows
APR Sept/Oct 2023 - 93
APR Sept/Oct 2023 - An Interview with Jason Downing, Senior Product Manager, TriLink BioTechnologies®
APR Sept/Oct 2023 - 95
APR Sept/Oct 2023 - FORMULATION AND DEVELOPMENT - The Role of Data in the Pharmaceutical Lifecycle
APR Sept/Oct 2023 - 97
APR Sept/Oct 2023 - 98
APR Sept/Oct 2023 - BIOPHARMACEUTICAL - Uniting Quality Expectations on Reinvigorated Biopharma Campuses
APR Sept/Oct 2023 - 100
APR Sept/Oct 2023 - 101
APR Sept/Oct 2023 - WHITEPAPER - VITAMIN C – Tableting with LUBRITAB® RBW Lubricant
APR Sept/Oct 2023 - 103
APR Sept/Oct 2023 - WHITEPAPER - Leveraging Analytical Technology Process for CMC
APR Sept/Oct 2023 - 105
APR Sept/Oct 2023 - 106
APR Sept/Oct 2023 - BIOPHARMACEUTICAL - Maximizing the Commercialization Potential of Cell and Gene Therapies
APR Sept/Oct 2023 - 108
APR Sept/Oct 2023 - 109
APR Sept/Oct 2023 - MICROBIOLOGY - Comments on Aseptic Process Simulation (APS) in the New EU GMP Annex 1
APR Sept/Oct 2023 - 111
APR Sept/Oct 2023 - 112
APR Sept/Oct 2023 - 113
APR Sept/Oct 2023 - VENDOR VIEWPOINT - Continuous & Intervention-Free Microbial Monitoring
APR Sept/Oct 2023 - 115
APR Sept/Oct 2023 - 116
APR Sept/Oct 2023 - 117
APR Sept/Oct 2023 - 118
APR Sept/Oct 2023 - 119
APR Sept/Oct 2023 - 120
APR Sept/Oct 2023 - Cover3
APR Sept/Oct 2023 - Cover4
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