Marco Delise, PhD

Innovation | Biomedical Engineer | Synthetic Biologist

[Marco Delise, PhD @Warco_D]

I support the Mensarius Oath for ethical investing. https://t.co/kA2litIqPi #MensariusOath

[Matt Clifford @matthewclifford]

I’m looking for a small number of people to join our team and define a new career: talent investing - finding and funding the world’s most impactful people and supporting them to build startups from scratch. Intrigued? More from Alice here👇

[Marco Delise, PhD @Warco_D]

@AurelianoStingi E i future foods che scaturiranno da precision fermentation / cultured meat?

[Marco Delise, PhD @Warco_D]

Better Dairy is hiring 😃🚀 !! Do you know any kickass scientist who could be interested in joining our quest?
Reach out to know more :)
https://t.co/WAhQpzoWYu

[Marco Delise, PhD @Warco_D]

@CyanoNey @Chen_group Are you now going to be infected on purpose Brankone?

[Marco Delise, PhD @Warco_D]

My friends at Phycobloom are looking for their first hire! Are you a cell biologist interested in joining a fast-growing startup producing biofuels from algae in London? Reach out 😁!

[Phycobloom @phycobloom]

It's been a while and we hope everyone is surviving alright. The time has come when Phycobloom needs one more talented scientist in our team (London-based):
https://t.co/iS2zUcZEl8
Please tell your friends!
@SfAMtweets @FEMSmicro @protistologists @RoyalSocBio @MicrobioSoc

[Marco Delise, PhD @Warco_D]

@CyanoNey 💪💪💪

[Entrepreneurs First @join_ef]

6 months ago, 200 extraordinary people joined our programme as individuals.

In one week, 26 teams will introduce their companies to hundreds of investors from around the world.

Watch the online unveiling of our 13th European cohort at https://t.co/zJChvfWEOL.

[Munehiro Asally 浅利 宗弘 @Munelectro]

Please RT! We are recruiting for a 6-month PDRA in my lab to work on an electrifying project⚡️. Literately, we will "zap" bacteria with electricity!

[Marco Delise, PhD @Warco_D]

@mcueva89 @lehorsfall Haha sure they'll come for both :D and maybe we'll meet again for real then 🤞🏼!

[Marco Delise, PhD @Warco_D]

Great weather to play football, luckily I have @TwistBioscience socks to keep me warm 👨🏻‍🔬 💪 #sponsorme #hireme

[Marianna Limas @mnlimas]

Researchers build artificial cells that sense and respond to their environment https://t.co/4ykM66JLKf @IC_CSynBio @Cesiboy1 @jwhindley @icbcdt @impchemistry #synbio #syntheticbiology #biotech #biotechnology

[Oxford Nanopore @nanopore]

1 PromethION, 11 de novo human genomes, 9 days, 63X coverage at 3 Flow cells per sample, read N50 of 42kb. Incredible team behind SHASTA, a new de novo assembler for @nanopore https://t.co/51RxrOeaVx

[Marco Delise, PhD @Warco_D]

Wow, this is going to be a milestone in protein design!! We're getting closer to full control on protein construction! Baker ♥️ #proteindesign #synbio #bakerlab @UWproteindesign
https://t.co/dP8qlHPavh

[Marco Delise, PhD @Warco_D]

So exciting: protein-folding prediction waiting time is going from day(s) to milliseconds!! (..but now what will happen to my coffee-break excuse when I submit my sequences on Rosetta?!) https://t.co/AVhxWWcNu2

[Nature Biotechnology @NatureBiotech]

Machine learning for protein engineering, a Review by Kevin Yang, Zachary Wu and Francis Arnold (link: https://t.co/d2sbaZkeal) https://t.co/09eUaRfFpe #NBTHighlight

[Marco Delise, PhD @Warco_D]

SynBio interfaces always my fav <3

[Olivier Borkowski @O_Borkowski]

An adaptive synthetic cell based on mechanosensing, biosensing, and inducible gene circuits
https://t.co/HExo6WBywT

[Marco Delise, PhD @Warco_D]

New CRISPR tools and applications, multi-input gene circuits for diagnostics , graphene-producing bacteria, + review on DNA storage and more, SynBio never stops (actually, it has JUST started) !!

[SynBioBeta @SynBioBeta]

From more efficient #CRISPR tools to (future) computers made with #bacteria, it was another big week for #syntheticbiology research. Here’s the news you need to know: https://t.co/bKMfIrK9pb #synbio #scicomm #geneediting #genomeediting #biotech #biobased #agtech #biomaterials

[Munehiro Asally 浅利 宗弘 @Munelectro]

During sporulation, forespore surface increasingly become polarized. We found the degree of polarization enables integrative quality control. https://t.co/NbKqrD5DdA