Tim Watkin - Profile and Journalist Details

Find journalists that align with your industry, location and vision. Unlock Tim Watkin's full journalist profile, including location, coverage topics, current employer, biography and preferences. Sign up today and start building journalist relationships that fuel your startup's growth.

Get connected with journalists today
Tim Watkin

Tim Watkin

Verified

Executive Producer, Podcasts and Series, Radio New Zealand (RNZ)

Auckl

Final Covers

Social issues white collar crime. Anything that's occurring.

Journalist Type

-

Seniority Positions

-

Medium Formats

-

Content

Total articles 311

  • AI-Designed Snake Antivenoms: A New Era For Drug Discovery And IP Strategy

    By Tim Watkin Verified, Samuel Lowden| Mondaq@ Every year 100,000 people worldwide die from venomoussnakebites, and three times as many suffer permanent disabilities. A team at the University of Washington has just publishedgroundbreaking work using deep learning to assist in the design of new snakeantivenoms, by designing proteins de novo to bindneurotoxins. It is exciting to see a real-life example ofartificial intelligence (AI) being used to identify promisingtherapeutic candidates.

    By Tim Watkin Verified, Samuel Lowden · Mondaq

    Mar. 20, 2025

  • 102k4wu-AI-designed snake antivenoms: A new era for drug discovery and IP strategy

    By Tim Watkin Verified, Samuel Lowden| marks-clerk.com@ Every year 100,000 people worldwide die from venomous snakebites, and three times as many suffer permanent disabilities. A team at the University of Washington has just published groundbreaking work using deep learning to assist in the design of new snake antivenoms, by designing proteins de novo to bind neurotoxins. It is exciting to see a real-life example of artificial intelligence (AI) being used to identify promising therapeutic candidates.

    By Tim Watkin Verified, Samuel Lowden · marks-clerk.com

    Mar. 17, 2025

  • AI-Designed Snake Antivenoms: A New Era For Drug Discovery And IP Strategy

    By Tim Watkin Verified, Samuel Lowden| Mondaq@ Every year 100,000 people worldwide die from venomoussnakebites, and three times as many suffer permanent disabilities. A team at the University of Washington has just publishedgroundbreaking work using deep learning to assist in the design of new snakeantivenoms, by designing proteins de novo to bindneurotoxins. It is exciting to see a real-life example ofartificial intelligence (AI) being used to identify promisingtherapeutic candidates.

    By Tim Watkin Verified, Samuel Lowden · Mondaq

    Mar. 20, 2025

As seen in

Company Info

Radio New Zealand (RNZ)

Wellington, Wellington, New Zealand

+64 4-474 1999