Holly Reeve

CEO and co-founder @HydRegen_Oxford
entrepreneur, scientist, early-stage tech development

[Oxford Impacts @OxEngage]

Congrats to @UniofOxford spinout @HydRegen_Oxford for securing £2.6m investment to accelerate their brilliant work to reduce the environmental impact of chemical production #oxfordinnovates #startedinoxford https://t.co/Yj49uc14os

[Tech Funding News @TFNBreakingNews]

#Female in #deeptech: Oxford-based @HydRegen_Oxford scores £2.6M funding

https://t.co/LPTYx9WloF

Investor - @CleanGrowthFund

#Womenintech #startup #funding #technology #entrepreneurs #biotech #AI @HAReeve

[CIPA @TheCIPA]

♻️ @HydRegen_Oxford CEO Holly Reeve (@HAReeve) has always been passionate about innovation & sustainability. Read how HydRegen’s technology is enabling clean & efficient bio-manufacturing processes in the chemicals sector ⬇️ https://t.co/eyz9ScrHsh @J_A_Kemp #WorldIPDay

[CleanGrowthFund @CleanGrowthFund]

📢Exciting News 📢

We are very pleased to announce our investment in @HydRegen_Oxford

This young and exciting UK start up has the potential to revolutionise and decarbonise the chemical and pharmaceutical sectors.

Read more: https://t.co/Kx4SDIAJEH

#biotech #womenincleantech

[Holly Reeve @HAReeve]

Really exciting times @HydRegen_Oxford - new funding and partnership to help us accelerate and hire experts.

We’ve learnt so much in the last year and are delighted to have met so many personal and company goals along the way 😁

[Just Entrepreneurs @Just_Entr]

- @HydRegen_Oxford receives further #funding to implement their proprietary enzyme platform into #sustainable chemical processes.

Read 👉 https://t.co/Y2n65gEN7z

#startupnews

[ThalesNano @thales_nano]

Do not miss out our first webinar theme in the sessions of September: ”How HydRegen’s biocatalytic hydrogenation technology lets you harness selective biocatalysis in the H-Cube”

Register here: https://t.co/yw5EdmXaad

#webinar #flowchemistry #ThalesNano #AnywhereChem

[Chemical Science @ChemicalScience]

Chemo-bio catalysis using carbon supports: application in H2-driven cofactor recycling by @NicoleGrobert, @HAReeve, @vincentgroupox et al. is in our recent collection on Biohybrid Approaches for Energy Conversion 🎉

Read it here 👉 https://t.co/h8zL0TpkKS

[Vincent Group Oxford @vincentgroupox]

Our article in ⁦@ChemicalScience⁩ has been selected for the “Biohybrid approaches for energy conversion” collection! Don’t miss this list of excellent articles! Looking forward to the #ChemSciSymposium ⁦@RoySocChem⁩ https://t.co/5qu9RuzGpH

[Holly Reeve @HAReeve]

We are hiring @HydRegen_Oxford!! #getchemistjob #chemjob

We recently spun out of @OxfordChemistry and are looking for a scientist passionate about #sustainability #greenchem #biocatalysis

Exciting startup, opportunities to grow with us

👉Apply now!
https://t.co/S5sYWEavEp

[Angewandte Chemie @angew_chem]

E. coli Nickel-Iron Hydrogenase 1 Catalyses Non-native Reduction of Flavins: Demonstration for Alkene Hydrogenation by Old Yellow Enzyme Ene-reductases (Vincent) @shinyjoe95 @cleary_sarah @HAReeve @MigChem @vincentgroupox @OxfordChemistry #openaccess https://t.co/h8BjuAGhhs

[Holly Reeve @HAReeve]

@KateMadden17 @nuact_NCL @ChemistryNCL @NCL_MedChem @NCL_medresearch Yey Kate! Superwoman, we knew you would 😀🥰
you are brimming with wonderful ideas!

[Jesus College Oxford @JesusOxford]

Huge congratulations to Professor Kylie Vincent, Fellow and Tutor in Chemistry @vincentgroupox @UniofOxford + Dr Holly Reeve (former DPhil student), for spinning out @HydRegen_Oxford - a new cleaner, greener chemical technology business. Read more:
https://t.co/8ITYMM5WeJ

[Holly Reeve @HAReeve]

@advanced_oxford @HydRegen_Oxford @UniofOxford Thanks @advanced_oxford - this is excellently timed with our new website that went up today!
https://t.co/z584KKSIlf
We are excited to join Oxfordshires #green #cleantech ecosystem.

[shinyjoe @shinyjoe95]

Hello #chemtwitter, I am happy to share my first DPhil paper in @angew_chem on clean #flavin reduction enabled by the #hydrogenase for #biocatalysed alkene #hydrogenation. https://t.co/Wdb87zmg4g.

[Holly Reeve @HAReeve]

It's true! We are delighted that we have now formally spunout of the University - more news coming soon!

[ACS Catalysis @ACSCatalysis]

Issue 5's cover by @HAReeve @vincentgroupox reflects how diverse areas of catalysis can be brought together to form powerful hybrid systems with enhanced reactivity, e.g. joint “chemo-bio” systems capable of selective isotopic labelling @OxfordChemistry

https://t.co/E09NQAdUM2

[Holly Reeve @HAReeve]

Our latest @ACSCatalysis paper takes a deeper look at what is needed to carry out highly selective deuterium insertions.

#biocataylsis #chemobio-catalysis

https://t.co/t4jbFwNPcu

[HydRegen Limited @HydRegen_Oxford]

Our latest paper on a novel method for making a suite of deuterium labelled cofactors.
#biocatalysis #deuterium @OxfordChemistry @vincentgroupox

https://t.co/YwKLMUNsZ8

[HydRegen Limited @HydRegen_Oxford]

Reporting our exciting Chemo-Bio catalysts up on @ChemRxiv! Expanding our heterogeneous H2-driven NADH recycling portfolio using Pd/C in a new way for #asymmetric #hydrogenation.
@OxfordChemistry +
@OxfordMaterials
collab w/
@NicoleGrobert @ceren_zor
https://t.co/isNlj3lycO

[Holly Reeve @HAReeve]

Really proud of this piece of work - a project that started over a cup of coffee with @KateMadden17 😊👩‍🔬👩‍💻

With invaluable experimental input from @PeterTodd97, Kouji, and the support of @vincentgroupox and @AJR_group

https://t.co/lyYuRaUXOx

#biocatalysis #pharmacophore

[ChemRxiv @ChemRxiv]

A Pharmacophore-Based Approach to Demonstrating the Scope of Alcohol Dehydrogenases by Holly Reeve & co-workers

https://t.co/bLHiRFWbO3