Harry Smallman

Chemistry PhD Student in the Browne Group. UCL, School of Pharmacy.

[Harry Smallman @HarrySmallman3]

Check out my run on Strava.
https://t.co/7CmMbrI5ki

#TRIBERunForLove5

[Joanne Harris @joannerharris]

@TheCumbercat I love whoever put these three crews next to each other.

[Browne Group UCL @BrowneGroup]

Exciting new review on the challenges arising from continuous flow olefin metathesis with our friends @EnscrOmc!

Congrats to @HarrySmallman3, @Cactus0410
and @JenniferMorvan

https://t.co/jyBz29d7kp

[Browne Group UCL @BrowneGroup]

The group had a lovely time at the #Mechanochemistry @Faraday_D in Cambridge this week - @RoySocChem with Matt, Rob, and Sarah all presenting their work on at the poster sessions

[Harry Smallman @HarrySmallman3]

@BrowneGroup @juliopastre @DuncanLBrowne :)

[Browne Group UCL @BrowneGroup]

WOAH look at this cool new paper by @HarrySmallman3 and #Gui on acylketene formation in flow by nitrogen extrusion 🍾🍾🥁🥁

#flowchem #SaySomethingNiceHarryIsEmotionallyFragile

@juliopastre @DuncanLBrowne

https://t.co/p7nIseWDkc

[Browne Group UCL @BrowneGroup]

Excited to share that Rob and Sarah's work on using PID-controlled jar heaters for #ballmilling - and application to #extrusion - enabling mechanochemical cross coupling is now available on @ChemRxiv!
collab with @Syngenta

🦾♨️@ucl @School_Pharmacy

https://t.co/4CEy0Mh6kD

[Browne Group UCL @BrowneGroup]

Wonderful to see Jamie and Harry's work on the Synthesis of 4CzIPN-type fluorophores using mechanochemistry is now online at @JOC_OL, part of the enabling tech special issue

No need for NaH or NaHMDS, or inert atmospheres

#mechanochem 🦾

https://t.co/IaNjqBmb3W

[Browne Group UCL @BrowneGroup]

Great to see that Harry, Jamie, and Tom's review with Steve Ley @ITC_Cambridge on reactive ketene intermediates in continuous flow is now online at Tetrahedron!

👀🍾

#flowchem #flow

@HarrySmallman3 @JamieLeitch165 @DuncanLBrowne

https://t.co/NCvZgPMBmP

[Browne Group UCL @BrowneGroup]

The Browne Group are finally on twitter!

This is a group-run account and follow for updates about our chemistry, publications, group achievements are much more.

@DuncanLBrowne @ucl @School_Pharmacy

[Duncan Browne @DuncanLBrowne]

Exciting new fully funded EPSRC ICASE PhD project exploring chemical synthesis by mechanochemistry, green chemistry and library synthesis at
@School_Pharmacy in collaboration @Syngenta and
@RetschUK
https://t.co/AKVQJWTbmn pls RT!

[Harry Smallman @HarrySmallman3]

Looking forward to being part of today’s @PhrmAlliance E-symposium and presenting some of my work in The Browne Research Group! @DuncanLBrowne @School_Pharmacy

[PharmAlliance @PhrmAlliance]

Here's a glimpse ahead for the first week of PharmAlliance Month! Sign into https://t.co/0FqXqpvHQ2 for event details and calendar downloads! #PharmAllianceMonth2020

[Andy Jones @AJOrgChem]

NEW PUBLICATION!
https://t.co/XL1Y9Xwmx3
Carbon-Sulfur cross coupling from thiols or disulfides by ball-milling. No need for inert atmosphere or (dry) solvent!
First time for me being first author published in #OL @JOC_OL with @WillNicholson18 @HarrySmallman3 and @DuncanLBrowne

[Dana Klug @dana_klug]

No @OSantibiotics meeting tomorrow as it's a UCL holiday, but we're working on open action items from last week's meeting, found here: https://t.co/wOPZcRgr0U Next meeting Sept. 4. @macinchem @mfernflower @boilingstone
#AntibioticResistance #AMR #MRSA #openscience #drugdiscovery

[Harry Smallman @HarrySmallman3]

It’s good to be back! @School_Pharmacy

[Cardiff University School of Chemistry @ChemistryCU]

Cardiff University scientists have discovered a way of making reactions up to 70x faster by using state-of-the-art equipment to spin chemicals around. 🌪️
https://t.co/XbFy7TGbJe

[ChemEurJ: Chemistry - A European Journal @ChemEurJ]

Short total synthesis of ajoene, (E,Z)-4,5,9-trithiadodeca-1,6,11-triene 9-oxide, in batch and (E,Z)-4,5,9-trithiadodeca-1,7,11-triene in continuous flow. https://t.co/Y1cSGVXwps

[M Bhebhe @MNBhebhe]

Wondering if there are is anyone that can work with us in trying to determine the MoA of @O_S_M S3 lead compound. Recent results suggest that PfCA is a potential target. It would be great if we could get a crystal structure of OSM-S-106 bound to PfCA

[Harry Smallman @HarrySmallman3]

Some interesting talks today at the @RoySocChem London and South East Regional Meeting! Highlights for me were from @jamesabull and @SchofieldOxford.
A great afternoon with @Fahima_Chem @MNBhebhe @dana_klug