Sam Haddad

Duke IM - MS Chemical Engineering - PhD Biotechnology - Former researcher in @MOFCambridge group

[Sam Haddad @HaddadSam]

Our latest paper about #MOFs and #drugdelivery, with @DavidFairen @MOFCambridge, has been featured in @ChemistryWorld. In collaboration with @forganross @mng_ceb @group_laser @cebcambridge @Cambridge_Uni ➡️ https://t.co/NHNqlkxTx4

[Nishant Shah, MD @Nishant_ShahMD]

We had a blast welcoming our new amazing @IMResidencyDuke interns and freshly minted JARS to the cicu!

Nostalgic as I got to welcome them with my former intern at @OslerResidency and now ⭐️ @DukeCardFellows fellow @WApplefeld!

@james_r_davis1 @HaddadSam @AliAahilNoorali

[Sam Haddad @HaddadSam]

Delighted to join @IMResidencyDuke @dukemedicine program! A dream in the making #Match2023 @AUBMC_Official @AUB_Lebanon

[David Fairén🔻☮ @DavidFairen]

We are hiring! Are you a chemist or materials scientist interested in drug delivery? Our startup Vector Bioscience Cambridge is looking for a new member of the team! #hiring #startup #MOFs @MOFCambridge

[Sam Haddad @HaddadSam]

"The uptake of metal–organic frameworks: a journey into the cell"
Finally out in Chemical Society Reviews three years later!
@DavidFairen @LinnaneEmily @MelleFrancesca https://t.co/CARzx8cI3C

[David Fairén🔻☮ @DavidFairen]

We started this just before the pandemic... very happy to see this finally online! The uptake of MOFs: a journey into the cell – now published in Chemical Society Reviews https://t.co/a1fOJx0RPe @cebcambridge @UCamEnterprise @LinnaneEmily @HaddadSam @MelleFrancesca

[Sam Haddad @HaddadSam]

@DavidFairen Congratulations David!!

[Immaterial @ImmaterialLtd]

Exciting news to kick off the week - our CSO and his team have made huge progress targeting drug delivery into the mitochondria of cancer cells. We're proud of the whole team working at the cutting edge of this research: https://t.co/3OfWk2HHFt

[Cambridge Enterprise @UCamEnterprise]

.@DavidFairen, CSO of p/f company @ImmaterialLtd, and team have demonstrated successful development of a metal–organic framework to target drug delivery to mitochondria of cancer cells, inducing rapid cell death, while drastically reducing the required drug dose. @Robinson_SLO

[Fer 🚀 @gomobel]

Mitochondria – the organelles that power cells – often sit at the centre of changes that lead to a cell becoming cancerous.

Now, @MOFCambridge has created a MOF that targets drug delivery directly to mitochondria.

Read more: https://t.co/qsWZ0z0zHf

@J_A_C_S @ACSPublications

[Chemistry World @ChemistryWorld]

The research has also uncovered the mechanism by which cells ‘swallow’ MOFs, providing a platform for developing more efficient drug delivery systems

https://t.co/1P3Xs3OUjh

[Fer 🚀 @gomobel]

MOF 'Trojan horse' delivers drug directly into mithocondria. My latest @ChemistryWorld story covers a new discovery by @MOFCambridge that could reduce drug doses needed to kill cancer cells. Great super-resolution microscopy 🔬 images by @fantm_science. 👉🏽 https://t.co/qsWZ0z0zHf

[Sam Haddad @HaddadSam]

Our latest work with @DavidFairen was just published in @J_A_C_S!
Great collaboration with @forganross @group_laser @mng_ceb @Josilves @cebcambridge
Design of a Functionalized Metal–Organic Framework System for Enhanced Targeted Delivery to Mitochondria
https://t.co/1CRiBM26S7

[David Fairén🔻☮ @DavidFairen]

And here it is! https://t.co/vdCUMyrvPI "Design of a functionalized metal-organic framework system for enhanced targeted delivery to mitochondria"

[Sam Haddad @HaddadSam]

@DimaSadek @LBC_Group http://t.co/As6HvRinR5

[Sam Haddad @HaddadSam]

@DimaSadek @LBC_Group "Lebanese media and politicians are spreading the false claim that in her new book Clinton admits to creating ISIS"