Suzuki Miyaura HCK1003-01-004

Suzuki Miyaura:
Cross-Coupling Kit
(HCK1003-01-004)

1 set of 6 catalysts (Pd(PPh3)4, Pd(dppf)2Cl2, PdOAc2/Sphos, PdOAc2/Xphos, Pd2(dba)3/Sphos, and Pd2(dba)3/Xphos) premixed with 4 anhydrous bases (Na2CO3, K2CO3, K3PO4, and  Cs2CO3). 24 reaction conditions.

This kit requires EvoluChem reaction block (HCK1006-01-002) included in the EvoluChem Starter Kit (HCK1006-01-001)

The typical protocol is performed at 0.15 mol/l concentration reaction condition and 1 to 1 ratio boronic acid reagent and halogenated substrate in 100 µl selected solvent. Resulting catalyst loading is 10%. Each vial contains 2 equiv. of base. However, it is possible to investigate different substrate ratios and concentrations. Maximum volume for reaction condition is 250 µl.

Protocol at 100 µl volume reaction condition

  • Prepare required volume of a 0.15 mol/L solution of combined substrates (boronic acid reagent and halogenated substrate) in the selected solvent. For example, 450 µl solution for 4 reaction conditions (extra 50 µl for evaporation)
  • For best results sparge solvents with N2 or Ar before addition to reaction vials.
  • Using a clean and dry syringe, add 100 µl of substrates solution to a reaction vial and mix with the catalysts using the syringe.
  • Stir the reaction vials in the reaction block at desired temperature (for example: 80°C) for 3 to 12 hours.
  • Remove the vial caps using a decapper.
  • Prepare analytical sample for each reaction condition with 5 µl sample diluted into 200 µl in either DMSO or water/acetonitrile 50/50.
  • Analyze resulting analytical samples by LC/MS.
photochemistry surprise
Photochemistry Surprises!!!

Featuring a project where “hey that’s weird & very wrong” turns into something fantastic: Bold decisions, stubbornness & ingenuity result in a new opportunity.

photochemistry 2022
A Photochemistry Year in Review 2022

Here is our list of the 22 photochemistry papers that we thought were the best, funniest, oddest, most interesting, or downright unexpected of 2022.

Lucent 360, photoredox, C-N couplings
Lucent360 Customized Reaction Screenings

Learn how to streamline with Lucent360 customized reaction screenings and save on time & setups when matching optimal wavelength to a photocatalyst.

Upcycling Plastic Using Light
Photocatalytic Deconstruction of Polystyrene

What if we could shine a blue LED on our 8 billion tons of plastic waste and get back a valuable chemical feedstock? Click to read about the Reisner group’s work looking at tackling this problem.

photocatalysis in seawater
Photocatalysis in Seawater

Seawater: It’s abundant, messy, contains salts, microorganisms, biomass, organic and inorganic pollutants (and microplastics) and might just be a great solvent for generating hydrogen peroxide with visible light photocatalysis

Comparing Commercial Photoreactors

How should we compare commercial photoreactors? Or better yet, how do we discuss the important details of a photochemical reaction?

The 21 Must-Read Photochemistry Papers of 2021

Beyond the best photochemistry papers of 2021, read about the amazing year we had here at HepatoChem.

Utilizing the Lucent360 From Screen to Scale

Read on for a step by step study taking a photocatalyzed-Arbuzov reaction from screen to scale utilizing the unique features of the Lucent360™

Introducing the Lucent360

The Lucent360’s flexible design gives you the best options to learn everything you need to know to take your photochemical reactions from screen to scale.

Photochemistry of earth-abundant metals

A recurring theme in our recent articles: there isn’t enough iridium or ruthenium in the earth’s crust to do all the photochemistry we’d like to do at scale.

The Attack of the Photocatalytic Microrobots!

Self-propelled autonomous microrobots that can swim through mazes to seek and destroy microplastics? Read on…

Stay up-to-date!
Get insights and tips from experts