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Maria discusses the challenges patients and healthcare providers face accessing specialty therapies. To learn more about EVERSANA’s technology solution, schedule a live demo here. Read on for Maria’s insights.
Personalized Medicine New Revenue Streams: As treatments become more personalized, life sciences companies can introduce specialized drugs or therapies for niche patient groups, opening up new markets and revenue opportunities. For more information on how to integrate AI into your workflow, request a demo.
To do this, they must identify unmet needs or areas of inadequacy in existing therapies, develop strategies that address those needs, and engage with the stakeholders (HCPs) who are affected by them. To learn more about how H1 can empower medical affairs teams to diversity KOLs and HCPs leveraging H1’s HCP Universe , request a demo.
Beyond diagnosis, AI will predict treatment responses, personalize therapies, and uncover new disease patterns. And, in rare diseases where patient populations are limited, AIs ability to streamline trial design and identify patients most likely to benefit from specific therapies will further accelerate rare disease treatment.
Developing strategies focused on engaging rising stars in health equity and clinical research will help ensure that new therapies are targeted toward those most in need while also elevating public discourse surrounding evidence-based medicine practices around the world.
Science and medicine have no borders, but sudden, unanticipated disruptions to medical testing and clinical trials impede progress toward new breakthroughs and new therapies that millions of patients around the world hang their hope on. Request a demo of Trial Landscape.
Since the last Codon Digest, I’ve published: Reasons to Be Grateful for Biotechnology (with Avadhoot Jadhav) AAV Foundations (Part I) An overview of AAV-based gene therapies, how they get made, and where they go wrong. A live demo is available online, but “it chews through OpenAI credits,” Patel says.
Since the last Codon Digest, I’ve published: Reasons to Be Grateful for Biotechnology (with Avadhoot Jadhav) AAV Foundations (Part I) An overview of AAV-based gene therapies, how they get made, and where they go wrong. A live demo is available online, but “it chews through OpenAI credits,” Patel says.
. 🧪 From the Lab Other wet-lab papers worth checking out. (* = Recommended) *A temperature-sensitive genome-editing tool — which uses Cas9 — enhances adoptive T-cell therapy upon mild heating. Nature Nanotechnology. Read *A feedback system controls the relative populations of microbes in a community. MIT Technology Review.
This means that IscB base editors might be easier to package inside of AAVs, which can only store 4,700 bases of DNA for gene therapies. Molecular Therapy. Read Synthetic virology approaches to improve the safety and efficacy of oncolytic virus therapies. Read Novartis bought a blood stem cell gene therapy program for $87.5
This means that IscB base editors might be easier to package inside of AAVs, which can only store 4,700 bases of DNA for gene therapies. Molecular Therapy. Read Synthetic virology approaches to improve the safety and efficacy of oncolytic virus therapies. Read Novartis bought a blood stem cell gene therapy program for $87.5
. 🧪 From the Lab Other wet-lab papers worth checking out. (* = Recommended) *A temperature-sensitive genome-editing tool — which uses Cas9 — enhances adoptive T-cell therapy upon mild heating. Nature Nanotechnology. Read *A feedback system controls the relative populations of microbes in a community. MIT Technology Review.
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