ReportGem ReportGem EN

普通外文研报

CROs/HCIT: AI Adoption & Biotech Market Demand Realty Checks; Industry Conference Takeaways

发布日期: 2026-05-17研究机构: Truist Securities报告页数: 17原文语言: 英语证据页码: 1

研报英文原文证据摘录

CROs/HCIT: AI Adoption & Biotech Market Demand Realty Checks; Industry Conference Takeaways

Truist Securities

Equity Research Report May 17, 2026

HEALTHCARE: Contract Research

Organizations CROs/HCIT: AI Adoption & Biotech

HEALTHCARE: HCIT Market Demand Realty Checks; Industry

Conference Takeaways

Jailendra Singh Last week, we attended the Fierce Biotech conference in Boston. During the

212-401-4406 conference, we engaged with CROs, pharma sponsors, and tech vendors to

Jailendra.Singh@truist.com

better understand evolving demand trends, AI disruption risks, and shifts in clinical

development models. In this note, we outline key takeaways from select sessions, along

Payton Engdahl with insights gathered from our 1x1 and small group discussions with company execs.

212-319-5476

Payton.Engdahl@truist.com

AI in Drug Development: Incremental Progress, No Disruption (Yet). AI was a major

Eduardo Ron focus, but the overall tone remained pragmatic. Most discussions suggested that AI is

212-326-3152 helping improve efficiency in specific areas - such as drug property prediction, regulatory

Eduardo.Ron@truist.com documents, and routine workflows - rather than fundamentally changing how drug

development works. Speakers emphasized that key challenges, like predicting whether

17 Page Document a drug will be safe and effective in humans, are still unsolved. In many cases, the real

limitation is not computing power, but gaps in biological understanding. Importantly,

most current use cases are designed to support experts and make their work faster and

Reasons for this report easier, rather than replace clinical or regulatory professionals.

✓ Industry Conference Takeaways Clinical Development Evolution: Toward Integrated Data-Driven Models. AI is

本摘录由系统从所标注的 PDF 证据页直接提取并保留英文原文,不做批量翻译;登录后在阅读器切换中文时才按需翻译。

打开研报阅读器