[Alunos-assis] ACS-SBQ Virtual Meetings on Organic Synthesis and Catalysis

[Laura A. S. Inafuko]

Prezados,

segue divulgação e informações sobre a reunião: “ACS-SBQ Virtual Meetings
on Organic Synthesis and Catalysis”: 01 de Dezembro de 2020, das 16h às
17h30.

------------------------

A American Chemical Society (ACS) - por meio da sua Divisão de Publicações
e do seu International Chapter no Brasil, e a Sociedade Brasileira de
Química - por meio da sua Divisão de Química Orgânica, estão promovendo o
evento “*Virtual Meetings on Organic Synthesis and Catalysis”*.



Estamos encaminhando abaixo as informações detalhadas sobre a quarta
reunião, que ocorrerá na próxima semana, dia 01/12, e em arquivo anexo, a
arte de divulgação:



*Data da quarta reunião “ACS-SBQ Virtual Meetings on Organic Synthesis and
Catalysis”: *01 de Dezembro de 2020

*Horário*: das 16h00 às 17h30 (horário de Brasília)

*Link para inscrições**:
https://american-chemical-society.zoom.com/webinar/register/WN_ByX6Ow4LQzig0T5BXhoxeg

**Obs.: Se você já se inscreveu para os encontros anteriores, não é
necessário se inscrever novamente, pois o link é o mesmo.  *



*Palestrantes e resumos das apresentações:*



*Prof. Cátia C. Ornelas Megiatto* (Short talk)

*Title:* Organic Synthesis Applied to Nanomedicine

*Abstract:* Many drugs with promising performance in vitro frequently fail
in clinical trials, because the candidate drug does not reach efficiently
and selectively its intended location. Nanomaterials bring important
benefits into the drug delivery field due to its nanoscale size and
multivalency.

We are developing innovative biomaterials based on well-defined
multifunctional dendrimers, polymer nanoparticles, and biodegradable
hydrogels.



*Prof. M. Christina White* (Long talk)

*Title:* C—H Oxidations for Late-Stage Functionalizations

*Abstract:* The atomistic change of C—H has been demonstrated to change the
physical properties of small molecules, often leading to new or enhanced
function. The ability to do late-stage functionalization hinges on the
development of reactions that are both highly selective and highly general.
Site-selectivities between the same bond type (for example among
unactivated methylenes) were not considered possible outside the paradigm
of enzymatic catalysis that generally requires substrate specificity. We
elucidated that C—H bonds of the same bond type can be predictably
distinguished in complex molecules based on their different local chemical
environments with a small molecule catalyst. We demonstrated that
site-selectivities can be altered, without changing the substrate, by
modifying the catalyst to have it become more responsive to one type of
chemical environments than the others. This strategy has emerged as a
powerful and general one for all intermolecular C—H oxidation reactions.



O evento é totamente gratuito. Dúvidas e informações, por favor, entre em
contato através dos e-mails rbracchi em acs-i.org e mgrassi em acs-i.org.



Em nome ACS, agradecemos imensamente a parceria e o fundamental apoio na
divulgação do evento!



Cordialmente,

*Marcos Grassi*

*Customer Success Specialist – Brazil *

*ACS Publications*

*mgrassi em acs-i.org* <mgrassi em acs-i.org>

*Phone: +55 19-8835-7916*

*www.acs.org* <https://webmail.acs.org/owa/>

*https://www.linkedin.com/in/marcos-grassi-2398241ab/*
<https://www.linkedin.com/in/marcos-grassi-2398241ab/>
    *––––––––––––––––––––*
*ACS*
* Chemistry for Life American Chemical Society*



*Confidentiality Notice:* This electronic message transmission, including
any attachment(s), may contain confidential, proprietary, or privileged
information from ACS International Ltd., ("ACS-I"), a wholly-owned
subsidiary of the American Chemical Society ("ACS"). If you have received
this transmission in error, be advised that any disclosure, copying,
distribution, or use of the contents of this information is strictly
prohibited. Please destroy all copies of the message and contact the sender
immediately by either replying to this message or calling 614-447-3600.






--
-------------- Próxima Parte ----------
Um anexo em HTML foi limpo...
URL: <https://listas.unesp.br/pipermail/alunos-assis/attachments/20201126/259bd625/attachment-0001.html>
-------------- Próxima Parte ----------
Um anexo não-texto foi limpo...
Nome: Arte_01_12.jpg
Tipo: image/jpeg
Tamanho: 203590 bytes
Descrição: não disponível
URL: <https://listas.unesp.br/pipermail/alunos-assis/attachments/20201126/259bd625/attachment-0001.jpg>