left_seven

[left_seven @Lhdiada]

Congrats!

[Sean (Shiyang) Tang @ShiyangTang]

Our recent work "Modular off-chip emulsion generator enabled by a revolving needle" - now published in Lab on a Chip. Many congratulations to Yuxin @YuxinZhang1997. The paper is open-access. https://t.co/ySpjAteYyb

[left_seven @Lhdiada]

Thanks for your great support and help. It is my pleasure to finish such work.

[Sean (Shiyang) Tang @ShiyangTang]

Our recent review on Modular and Integrated Systems for Nanoparticle and Microparticle Synthesis has been published in Biosensors, congratulations to Honda! https://t.co/deCZpwWCcB, ##mdpibiosensors via @MDPIOpenAccess

[left_seven @Lhdiada]

Thanks for Shiyang's help. I will keep working hard.

[Sean (Shiyang) Tang @ShiyangTang]

Congratulations to Hongda @Lhdiada for publishing his first paper in @ACS_ANM! We designed a dynamic temperature control system for the optimized production of liquid metal NPs. Our strategy produces biofunctional NPs with an excellent stability. https://t.co/zaM1v3QXCs

[left_seven @Lhdiada]

@JGaladePablo @SerendipityWrk And of course, a bPEG with multiple phosphonic acid groups for anchoring the nanoparticles can effectively passivate the surface of nanoparticles to further improve their stability.

[left_seven @Lhdiada]

I am Hongda Lu from UOW. My presentation title is ‘A Dynamic Temperature Control System for the Optimized Production of Liquid Metal Nanoparticles’.
@Serendipitywrk #Serendipityworkshop2020 #SerendipityPoster #SW_Microfluidics

[left_seven @Lhdiada]

@JGaladePablo @SerendipityWrk Thanks for your question. The reason that I do the galvanic replacement reaction is to demonstrate that the surface of the EGaIn NPs is still functionable after passivating with phosphate groups.