Rochelle
@RochelleeMx
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90+4' - HE'S DONE IT!!!!!!!!!!!!!!!!!!! Follow the action live on our Match Centre ๐ฒ https://t.co/VR5xlmjIsE ๐ฉ1๏ธโฃ-1๏ธโฃโฌ๏ธ #CELSTM | #CelticFC๐ | #TrophyDay๐
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๐ CHAMPIONS AGAIN! Celtic are crowned Champions of Scotland for the fourth season in a row! Huge congratulations to Brendan Rodgers and the Bhoys ๐ #FOURItsAGrandOldTeam | #CelticFC๐๐
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New paper published from the group today in @JOC_OL on novel fluorescent dibenzofuran amino acids that are compatible with peptide synthesis and can be used in FRET assays. Well done everyone involved! (@UofGChem) https://t.co/zEmFqtSXh1
pubs.acs.org
We report two synthetic strategies for the preparation of dibenzofuran ฮฑ-amino acids, expanding the structural toolbox of fluorescent probes. The strategies involved dibenzofuran synthesis via a...
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90+4' - JOOOOOOOOOOOOTA!!!๐ต๐น ๐ง1๏ธโฃ-3๏ธโฃ๐ฉ Follow the action live on our Match Centre ๐ฒ https://t.co/VR5xlmjIsE
#MOTCEL | #CelticFC๐
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Really enjoyed working on this project during my PhD, some lovely chemistry to make fluorescent amino acids in one step! ๐ง๐ปโ๐ฌ๐๐งช
Congratulations to Olivia Marshall, @RochelleeMx and Sineenard Songsri for the paper today in @ChemicalScience on new biaryl fluorescent amino acids for chemical biology applications. Another great collaboration with Drew Thomson (@UofGChem). https://t.co/vSk0ZENVuV
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Congratulations to Olivia Marshall, @RochelleeMx and Sineenard Songsri for the paper today in @ChemicalScience on new biaryl fluorescent amino acids for chemical biology applications. Another great collaboration with Drew Thomson (@UofGChem). https://t.co/vSk0ZENVuV
pubs.rsc.org
To overcome the limitations of using large extrinsic chromophores for biological imaging, fluorescent unnatural ฮฑ-amino acids have been widely adopted as intrinsic peptidic probes. Although various...
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Glasgow Celtic are the 2024/25 #PremierSportsCup Winners! ๐ Congratulations to Brendan Rodgers & the Bhoys! ๐ #CelticFC๐
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Congratulations to @LeanneRiley96, Olivia, Alex and our collaborator Hans Senn (@UofGChem) on their work on conformationally sensitive fluorescent amino acids published in @JOC_OL today:
pubs.acs.org
Unnatural ฮฑ-amino acids with charge transfer-based poly aromatic side chains have been designed as conformationally sensitive fluorophores. These were prepared using a hetero-DielsโAlder reaction and...
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BMTH invites you to Ascend!+ POST HUMAN: NeX GEn [out midnight 24.05]
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๐ฐ๐ผ๐ฉ๐ผโ๐ฌ๐ฉ๐ปโ๐ฌ๐ฉ๐ผโ๐ฌ๐ง๐ปโ๐ฌ๐ง๐ปโ๐ฌ๐ง๐ปโ๐ฌ
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GLASGOW ๐ด๓ ง๓ ข๓ ณ๓ ฃ๓ ด๓ ฟ๐ค What a night at the Barrowlands!
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Final week for applications for this PDRA (deadline: 12th January)!
We have a 12-month PDRA position funded by the Wellcome Trust to work on the synthesis of new PET imaging agents in the group @UofGChem. For full details, see: https://t.co/bmLG0k5jv7. RTs appreciated!
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Be sure to read this #OpenAccess paper in our latest issue by Andrew Sutherland & co @AndySuthLab @UofGChem on synthesis of fluorescent ฮฑ-amino acids via HeckโMatsuda reactions of phenylalanine-derived arenediazonium salts Find their full report below๐ https://t.co/eVhNd7Eh2y
pubs.rsc.org
The HeckโMatsuda coupling reaction of arenediazonium salts derived from l-phenylalanine with various alkenes has been developed. A two-step process involving the preparation of a tetrafluoroborate...
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Very excited to have my PhD work on fluorescent amino acids published in OBC ๐
New paper from the group in @OrgBiomolChem on fluorescent phenylalanine derivatives using a Heck-Matsuda reaction as the key step. Congratulations to @RochelleeMx, @RebeccaGClarke1 and Olivia Marshall (@UofGChem).
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New paper from the group in @OrgBiomolChem on fluorescent phenylalanine derivatives using a Heck-Matsuda reaction as the key step. Congratulations to @RochelleeMx, @RebeccaGClarke1 and Olivia Marshall (@UofGChem).
pubs.rsc.org
The HeckโMatsuda coupling reaction of arenediazonium salts derived from l-phenylalanine with various alkenes has been developed. A two-step process involving the preparation of a tetrafluoroborate...
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Check out the new class of dual emission fluorescent amino acids developed by @AndySuthLab and @jamiesonlab in which the intensity of each emission band can be controlled by rotation of the biaryl side-chain. Waiting for you in #OrgLett: https://t.co/Xbj7Uf9FoM
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