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Drugmakers turn to AI to speed trials, regulatory submissions
SAN FRANCISCO, Jan 26 (Reuters) - Artificial intelligence has yet to deliver on the most challenging aspect of drug development -- finding new molecules that lead to major medical advances -- but it is already streamlining less glamorous parts of the process, industry executives say. AI is helping find participants and sites for clinical trials and drafting documents for regulators, shaving weeks off these labor-intensive processes, seven large drugmakers and six smaller biotech companies said at the recent JP Morgan Healthcare Conference. It can take a decade and $2 billion to bring a new drug to market, pharmaceutical companies say. Many, including Eli Lilly , which has partnered with leading chipmaker Nvidia (NVDA.O), opens new tab, are betting AI can also improve the success rate of new drugs. Drug companies have announced a slew of deals for tools to unleash the promise of AI, seen as the biggest technological upheaval since the internet, much as other industries are doing. Agentic AI - or AI that is autonomous requiring little human intervention - could increase clinical development productivity by about 35% to 45% over the next five years, consultancy McKinsey predicted last year. Israel-based Teva Pharmaceutical Industries (TEVA.TA), opens new tab said it is utilizing AI in multiple ways so it can focus on the big picture goal of successfully bringing new drugs to market. "Everything else that's around that needs to be as efficient and as small as possible," Teva CEO Richard Francis said. "This is where I think AI digitization, modernization, process improvement, all the unsexy stuff that we get actually quite excited about, makes a difference." THOUSANDS OF DOCUMENTS Executives from global pharmaceutical companies AstraZeneca (AZN.L), opens new tab, Roche (ROG.S), opens new tab and Pfizer (PFE.N), opens new tab, as well as smaller biotechs like Spyre (SYRE.O), opens new tab and Nuvalent (NUVL.O), opens new tab, described tracking thousands of pages of documents for regulators, including clinical, safety and manufacturing records. The documents must be compiled, cross-checked and kept consistent across geographies, often requiring the costly use of outside contractors, AstraZeneca Chief Financial Officer Aradhana Sarin explained. Jorge Conde, a general partner at venture capital firm Andreessen Horowitz, is investing in fixes to what he calls drug development's "messy middle," including putting $4.3 million into startup Alleviate Health. He described trial enrollment as a "leaky funnel" in which participants drop out along the way, and sees Alleviate using AI technology to help with patient outreach, education, screening and scheduling. TD Cowen analyst Brendan Smith said the use of AI, including large language models like Microsoft (MSFT.O), opens new tab Copilot, for administrative tasks has become fairly common in the pharmaceutical industry. But it may take another one to three years before investors can measure how AI has begun speeding up drug development, he said. Quantifying savings is difficult, Smith said, as it depends on how and where the tools are deployed. NOVARTIS USES AI FOR HEART DRUG Swiss drugmaker Novartis (NOVN.S), opens new tab turned to AI in 2023 when it was starting a 14,000-person, late-stage cardiovascular outcomes trial for its cholesterol drug Leqvio, Chief Medical Officer Shreeram Aradhye said. The typical four- to six-week site selection process became a two-hour meeting, as AI helped identify higher-performing sites and allowed Novartis to close participant enrollment with only 13 patients above its trial target, Aradhye said. "AI becomes augmenting intelligence, not artificial intelligence," he added. A Novartis spokesperson said the time savings afforded by AI can add up to months over a drug-development program. GSK, GENMAB, ITM PLAN FOR SAVINGS British drugmaker GSK (GSK.L), opens new tab said it's using a mix of digital and AI tools to reduce manual data collection and aggregation and trial enrollment, and aims to speed up all clinical trials by 15% this way. That helped save about 8 million pounds ($10.87 million) in costs for late-stage studies of asthma drug Exdensur last year, according to a GSK spokesperson. The drug won U.S. approval last month. Danish antibody developer Genmab (GMAB.CO), opens new tab said it plans to deploy Anthropic's Claude chatbot-powered agentic AI to support clinical development priorities. Hisham Hamadeh, Genmab's head of AI, said the goal is to automate post-trial work, including analysis of data and its transformation into graphs, tables, figures and clinical study reports. German radiopharmaceuticals firm ITM told Reuters it has figured out how to use AI to convert long trial reports into U.S. FDA template formats, potentially saving weeks of effort requiring several staff, but has yet to deploy it. Amgen (AMGN.O), opens new tab research chief Jay Bradner said AI is delivering on multiple fronts in the drug development and regulatory document preparation process. "What everybody's waiting for is the AI drug. When do I get the AI drug?" he said. "I actually think those molecules are in pipelines right now." ($1 = 0.7358 pounds) Reporting by Maggie Fick and Michael Erman from San Francisco; Additional reporting by Bhanvi Satija in London; Editing by Caroline Humer and Bill Berkrot Our Standards: The Thomson Reuters Trust Principles., opens new tab * Suggested Topics: * Artificial Intelligence * Health * Regulatory Oversight * Regulatory Maggie Fick Thomson Reuters Maggie is a Britain-based reporter covering the European pharmaceuticals industry with a global perspective. In 2023, Maggie's coverage of Danish drugmaker Novo Nordisk and its race to increase production of its new weight-loss drug helped the Health & Pharma team win a Reuters Journalists of the Year award in the Beat Coverage of the Year category. Since November 2023, she has also been participating in Reuters coverage related to the Israel-Hamas war. Previously based in Nairobi and Cairo for Reuters and in Lagos for the Financial Times, Maggie got her start in journalism in 2010 as a freelancer for The Associated Press in South Sudan.
[2]
Drugmakers turn to AI to speed trials, regulatory submissions
AI is helping find participants and sites for clinical trials and drafting documents for regulators, shaving weeks off these labor-intensive processes, seven large drugmakers and six smaller biotech companies said at the recent JP Morgan Healthcare Conference. Artificial intelligence has yet to deliver on the most challenging aspect of drug development -- finding new molecules that lead to major medical advances -- but it is already streamlining less glamorous parts of the process, industry executives say. AI is helping find participants and sites for clinical trials and drafting documents for regulators, shaving weeks off these labor-intensive processes, seven large drugmakers and six smaller biotech companies said at the recent JP Morgan Healthcare Conference. It can take a decade and $2 billion to bring a new drug to market, pharmaceutical companies say. Many, including Eli Lilly, which has partnered with leading chipmaker Nvidia, are betting AI can also improve the success rate of new drugs. Drug companies have announced a slew of deals for tools to unleash the promise of AI, seen as the biggest technological upheaval since the internet, much as other industries are doing. Agentic AI - or AI that is autonomous requiring little human intervention - could increase clinical development productivity by about 35% to 45% over the next five years, consultancy McKinsey predicted last year. Israel-based Teva Pharmaceutical Industries said it is utilizing AI in multiple ways so it can focus on the big picture goal of successfully bringing new drugs to market. "Everything else that's around that needs to be as efficient and as small as possible," Teva CEO Richard Francis said. "This is where I think AI digitization, modernization, process improvement, all the unsexy stuff that we get actually quite excited about, makes a difference." Executives from global pharmaceutical companies AstraZeneca, Roche and Pfizer, as well as smaller biotechs like Spyre and Nuvalent, described tracking thousands of pages of documents for regulators, including clinical, safety and manufacturing records. Thousands of documents The documents must be compiled, cross-checked and kept consistent across geographies, often requiring the costly use of outside contractors, AstraZeneca Chief Financial Officer Aradhana Sarin explained. Jorge Conde, a general partner at venture capital firm Andreessen Horowitz, is investing in fixes to what he calls drug development's "messy middle," including putting $4.3 million into startup Alleviate Health. He described trial enrollment as a "leaky funnel" in which participants drop out along the way, and sees Alleviate using AI technology to help with patient outreach, education, screening and scheduling. TD Cowen analyst Brendan Smith said the use of AI, including large language models like Microsoft Copilot, for administrative tasks has become fairly common in the pharmaceutical industry. But it may take another one to three years before investors can measure how AI has begun speeding up drug development, he said. Quantifying savings is difficult, Smith said, as it depends on how and where the tools are deployed. Novartis uses AI for heart drug Swiss drugmaker Novartis turned to AI in 2023 when it was starting a 14,000-person, late-stage cardiovascular outcomes trial for its cholesterol drug Leqvio, Chief Medical Officer Shreeram Aradhye said. The typical four- to six-week site selection process became a two-hour meeting, as AI helped identify higher-performing sites and allowed Novartis to close participant enrollment with only 13 patients above its trial target, Aradhye said. "AI becomes augmenting intelligence, not artificial intelligence," he added. A Novartis spokesperson said the time savings afforded by AI can add up to months over a drug-development program. GSK, Genmab, ITM plan for savings British drugmaker GSK said it's using a mix of digital and AI tools to reduce manual data collection and aggregation and trial enrollment, and aims to speed up all clinical trials by 15% this way. That helped save about 8 million pounds ($10.87 million) in costs for late-stage studies of asthma drug Exdensur last year, according to a GSK spokesperson. The drug won U.S. approval last month. Danish antibody developer Genmab said it plans to deploy Anthropic's Claude chatbot-powered agentic AI to support clinical development priorities. Hisham Hamadeh, Genmab's head of AI, said the goal is to automate post-trial work, including analysis of data and its transformation into graphs, tables, figures and clinical study reports. German radiopharmaceuticals firm ITM told Reuters it has figured out how to use AI to convert long trial reports into U.S. FDA template formats, potentially saving weeks of effort requiring several staff, but has yet to deploy it. Amgen research chief Jay Bradner said AI is delivering on multiple fronts in the drug development and regulatory document preparation process. "What everybody's waiting for is the AI drug. When do I get the AI drug?" he said. "I actually think those molecules are in pipelines right now."
[3]
Drugmakers turn to AI to speed trials, regulatory submissions
SAN FRANCISCO, Jan 26 (Reuters) - Artificial intelligence has yet to deliver on the most challenging aspect of drug development -- finding new molecules that lead to major medical advances -- but it is already streamlining less glamorous parts of the process, industry executives say. AI is helping find participants and sites for clinical trials and drafting documents for regulators, shaving weeks off these labor-intensive processes, seven large drugmakers and six smaller biotech companies said at the recent JP Morgan Healthcare Conference. It can take a decade and $2 billion to bring a new drug to market, pharmaceutical companies say. Many, including Eli Lilly, which has partnered with leading chipmaker Nvidia, are betting AI can also improve the success rate of new drugs. Drug companies have announced a slew of deals for tools to unleash the promise of AI, seen as the biggest technological upheaval since the internet, much as other industries are doing. Agentic AI - or AI that is autonomous requiring little human intervention - could increase clinical development productivity by about 35% to 45% over the next five years, consultancy McKinsey predicted last year. Israel-based Teva Pharmaceutical Industries said it is utilizing AI in multiple ways so it can focus on the big picture goal of successfully bringing new drugs to market. "Everything else that's around that needs to be as efficient and as small as possible," Teva CEO Richard Francis said. "This is where I think AI digitization, modernization, process improvement, all the unsexy stuff that we get actually quite excited about, makes a difference." THOUSANDS OF DOCUMENTS Executives from global pharmaceutical companies AstraZeneca, Roche and Pfizer, as well as smaller biotechs like Spyre and Nuvalent, described tracking thousands of pages of documents for regulators, including clinical, safety and manufacturing records. The documents must be compiled, cross-checked and kept consistent across geographies, often requiring the costly use of outside contractors, AstraZeneca Chief Financial Officer Aradhana Sarin explained. Jorge Conde, a general partner at venture capital firm Andreessen Horowitz, is investing in fixes to what he calls drug development's "messy middle," including putting $4.3 million into startup Alleviate Health. He described trial enrollment as a "leaky funnel" in which participants drop out along the way, and sees Alleviate using AI technology to help with patient outreach, education, screening and scheduling. TD Cowen analyst Brendan Smith said the use of AI, including large language models like Microsoft Copilot, for administrative tasks has become fairly common in the pharmaceutical industry. But it may take another one to three years before investors can measure how AI has begun speeding up drug development, he said. Quantifying savings is difficult, Smith said, as it depends on how and where the tools are deployed. NOVARTIS USES AI FOR HEART DRUG Swiss drugmaker Novartis turned to AI in 2023 when it was starting a 14,000-person, late-stage cardiovascular outcomes trial for its cholesterol drug Leqvio, Chief Medical Officer Shreeram Aradhye said. The typical four- to six-week site selection process became a two-hour meeting, as AI helped identify higher-performing sites and allowed Novartis to close participant enrollment with only 13 patients above its trial target, Aradhye said. "AI becomes augmenting intelligence, not artificial intelligence," he added. A Novartis spokesperson said the time savings afforded by AI can add up to months over a drug-development program. GSK, GENMAB, ITM PLAN FOR SAVINGS British drugmaker GSK said it's using a mix of digital and AI tools to reduce manual data collection and aggregation and trial enrollment, and aims to speed up all clinical trials by 15% this way. That helped save about 8 million pounds ($10.87 million) in costs for late-stage studies of asthma drug Exdensur last year, according to a GSK spokesperson. The drug won U.S. approval last month. Danish antibody developer Genmab said it plans to deploy Anthropic's Claude chatbot-powered agentic AI to support clinical development priorities. Hisham Hamadeh, Genmab's head of AI, said the goal is to automate post-trial work, including analysis of data and its transformation into graphs, tables, figures and clinical study reports. German radiopharmaceuticals firm ITM told Reuters it has figured out how to use AI to convert long trial reports into U.S. FDA template formats, potentially saving weeks of effort requiring several staff, but has yet to deploy it. Amgen research chief Jay Bradner said AI is delivering on multiple fronts in the drug development and regulatory document preparation process. "What everybody's waiting for is the AI drug. When do I get the AI drug?" he said. "I actually think those molecules are in pipelines right now." ($1 = 0.7358 pounds) (Reporting by Maggie Fick and Michael Erman from San Francisco; Additional reporting by Bhanvi Satija in London;Editing by Caroline Humer and Bill Berkrot) By Maggie Fick and Michael Erman
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Major pharmaceutical companies including Novartis, GSK, and Pfizer are using artificial intelligence to streamline clinical trials and regulatory submissions, shaving weeks off labor-intensive processes. While AI hasn't yet delivered breakthrough drug discoveries, it's transforming the administrative backbone of drug development—from identifying clinical trial participants to drafting regulatory documents—with McKinsey predicting 35-45% productivity increases over the next five years.
Artificial intelligence is reshaping how pharmaceutical companies approach drug development, though not in the way many expected. While AI hasn't yet cracked the code on discovering new molecules that lead to major medical advances, it's proving invaluable in streamlining the less glamorous but equally critical administrative tasks that have long plagued the pharmaceutical industry
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. Seven large drugmakers and six smaller biotech companies revealed at the recent JP Morgan Healthcare Conference that AI is helping them find participants and sites for clinical trials while drafting documents for regulators, shaving weeks off these labor-intensive processes2
.
Source: ET
The stakes are high in an industry where bringing a new drug to market can take a decade and cost $2 billion
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. Companies like Eli Lilly, which has partnered with chipmaker Nvidia, are betting that AI can improve not just efficiency but also the success rate of new drugs. Consultancy McKinsey predicted that agentic AI—autonomous systems requiring minimal human intervention—could increase clinical development productivity by 35% to 45% over the next five years3
.Teva Pharmaceutical Industries exemplifies the industry's pragmatic approach to AI adoption. CEO Richard Francis explained that the company is utilizing AI in multiple ways to focus on successfully bringing new drugs to market while making everything else "as efficient and as small as possible"
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. He emphasized that AI digitization and process improvement—"all the unsexy stuff"—is what makes a tangible difference in accelerating the drug development pipeline.Novartis provides perhaps the most striking example of AI's impact on clinical trials. When the Swiss drugmaker launched a 14,000-person late-stage cardiovascular outcomes trial for its cholesterol drug Leqvio in 2023, AI transformed site selection from a typical four- to six-week process into a two-hour meeting. The technology helped identify higher-performing sites and allowed Novartis to close participant enrollment with only 13 patients above its trial target. Chief Medical Officer Shreeram Aradhye noted that these time savings can add up to months over a complete drug-development program, coining the phrase "AI becomes augmenting intelligence, not artificial intelligence"
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.The challenge of drafting regulatory submission documents has long been a bottleneck in drug development. Executives from AstraZeneca, Roche, and Pfizer, along with smaller biotechs like Spyre and Nuvalent, described the burden of tracking thousands of pages of documents for regulators, including clinical, safety, and manufacturing records
1
. These documents must be compiled, cross-checked, and kept consistent across geographies, often requiring costly outside contractors, as AstraZeneca Chief Financial Officer Aradhana Sarin explained.
Source: Reuters
GSK is using a mix of digital and AI tools to reduce manual data collection and aggregation, aiming to speed up all clinical trials by 15%
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. This approach helped save about 8 million pounds ($10.87 million) in costs for late-stage studies of asthma drug Exdensur last year, with the drug winning U.S. approval last month. German radiopharmaceuticals firm ITM has figured out how to use AI to convert long trial reports into FDA template formats, potentially saving weeks of effort requiring several staff, though it has yet to deploy the system3
.Related Stories
Patient recruitment remains one of drug development's most persistent challenges. Jorge Conde, a general partner at venture capital firm Andreessen Horowitz, described trial enrollment as a "leaky funnel" where participants drop out along the way
1
. He's investing in fixes to what he calls drug development's "messy middle," including putting $4.3 million into startup Alleviate Health, which uses AI technology to help with patient outreach, education, screening, and scheduling.Genmab, a Danish antibody developer, plans to deploy Anthropic's Claude chatbot-powered agentic AI to support clinical development priorities
2
. Hisham Hamadeh, Genmab's head of AI, said the goal is to automate post-trial work, including analysis of data and its transformation into graphs, tables, figures, and clinical study reports. TD Cowen analyst Brendan Smith noted that the use of AI, including large language models like Microsoft Copilot, for administrative tasks has become fairly common in the pharmaceutical industry.While AI is delivering measurable benefits in streamlining labor-intensive processes and helping to enhance productivity, the technology's full impact on the drug-to-market timeline remains to be seen. Smith cautioned that it may take another one to three years before investors can accurately measure how AI has begun speeding up drug development, as quantifying savings depends heavily on how and where the tools are deployed
3
.Amgen research chief Jay Bradner suggested that the industry is closer to AI-discovered drugs than many realize, stating: "What everybody's waiting for is the AI drug. When do I get the AI drug? I actually think those molecules are in pipelines right now"
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. This hints at a future where AI's role expands beyond administrative efficiency to fundamentally changing drug discovery itself. For now, the technology is proving its worth by helping companies reduce costs, improve site selection for trials, and accelerate patient recruitment—incremental gains that collectively could reshape the economics of pharmaceutical development and potentially bring life-saving treatments to patients faster.Summarized by
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