Speakers

Karl Kirchner

Vienna University of Technology, Austria

Mn(I) and Fe(II) Complexes involving E-H (E = H, C, Si, B) Bond Activation Reactions

Peter-Leon Hagedoorn

TU Delft

Exploring the mechanism of metalloenzymes using microsecond timescale rapid mixing techniques

Ana Petronilho

Chemistry Division - ITQB, Univ. Nova de Lisboa

Andreia Peixoto

LAQV, REQUIMTE, Univ. Porto

Closing the Loop: From Biomass to Bioactive Molecules and Functional Catalytic Materials

Beatriz Royo

Chemistry Division - ITQB, Univ. Nova de Lisboa

Beyond Noble Metals: Cooperative Mn and Mo Catalysis Driven by Bis-Triazolylidene Ligands

Dulce Belo

DECN, IST, Univ. Lisboa

One Molecular Motif, Many Functions: Transition Metal Bisdithiolene Complexes, from Flexible Electronics to Cancer Therapy

Filipe Folgosa

Biological Chemistry Division-ITQB, Univ. Nova de Lisboa

Luísa Martins

CQE, IST, Univ. Lisboa

Unlocking Catalytic Potential with C-Scorpionate Metal Complexes

Paulo Costa

BioISI, FCUL, Univ. Lisboa

Bridging Chemical Complexity with Computational Chemistry: From Coordination Complexes to Biological Systems

Rui Carrilho

CQC, Univ. Coimbra

Ana Daniel da Silva

CICECO, Aveiro Institute of Materials, Univ. Aveiro

Designing Functional Magnetic Nanomaterials for Sustainable Water Purification

Adriana Pinheiro

CCQFA,Univ. Federal de Pelotas, Brazil

Schiff Base Copper(II) Complexes: DNA Damage and Cellular Responses in Colorectal Cancer Cells

Leonor Morgado

Applied Molecular Biosciences Unit, FCT, Univ. Nova de Lisboa

Exploring Geobacter inner membrane-associated oxidoreductases towards extracellular electron transfer

Luís Cunha Silva

National Laboratory of Energy and Geology (LNEG), Portugal

One-step fabrication of MOF-based Mixed Matrix Membranes: sustainable energy-related processes

Maria João Ferreira

CQE, IST- Univ. Lisboa

Titanium-catalyzed synthesis of ureas

Oscar Rojas

Chemistry Division- ITQB, Univ. Nova de Lisboa

Tiago Cruz

IASC, Technical University of Vienna

Enhancing catalytic activity by including boranes in the secondary coordination sphere of transition metals