BACG2026 Posters
Discover the exciting range of posters being presented at BACG2026, taking place at the University of Manchester from 29 June to 1 July 2026.
| Poster Title | Poster Author/s | Author’s Organisation |
|---|---|---|
No. 22: Cocrystal Characterisation for Process Development: Solid-Form Control, Structural Insight, and the Road to Scale-Up Modelling | Agris Bērziņš | University of Latvia |
No. 15: Size and Shape Manipulation via Antisolvent Crystallisation: An Experimental Approach to Transform Elongated Crystals to Equant Ones | Agustinus Rio Sunardi | University of Manchester |
No. 30: Stressing Solvates: Stability and Desolvation Pathways of Daprodustat | Aleksandra Dyba | University of Innsbruck |
No. 19: Intermolecular structure in disordered paracetamol phases and its role in polymorph selection | Alexander Park | University of Strathclyde |
No. 23: From Blobs to Rods: A Study of Liquid-Liquid Phase Separation | Alice McNelly | Pharmaron |
No. 7: Scientific Machine Learning of Multidimensional Crystallization Process Models from Experimental Data | Arthur Jessop | University of Manchester |
No. 28: From Plastic to Elastic Deformation: Dependence of Mechanical Behavior of Organic Crystals on Halogen Bonding Interactions | Deepak Rajput & Sameer Dalvi | Indian Institute of Technology Gandhinagar |
No. 5: Can Molecular Descriptors Predict Crystallisation Behaviour? Training a Transferable Generalised Neural Based Population Balance Model | Diego Alvarado | University of Strathclyde |
No. 4: Experimental and modelling approaches to investigate the crystallization of complex triacylglycerols (TAGs) mixtures | Elena Simone | Politecnico di Torino |
No. 1: Benchmarking MACE against DFT-dispersion correction for magnesium (de)hydration | Elisavet Tsakelidou | Queen Mary University of London |
No. 8: Comparative Analysis of Antisolvent Crystallisation Routes: Assessing the Impact of Thermal and Solvent-Addition Pathways on Solubility and Kinetic Measurements | Farha Kamaal | CMAC, University of Strathclyde |
No. 21: Growth of UV-transparent BaMgF_ single crystals. | Gaetano G.M. Bonetti | Leibniz-Institut für Kristallzüchtung (IKZ) |
No. 26: Ultra-Thin MOF-5 Crystals Enabled by Gas Blow Coating | Gayani Kadukara | University of Manchester |
No. 29: Novel report on the Formation of Ibuprofen: nicotinamide Cocrystals At Ethanol-Water Interface In The Presence Of Sodium Chloride | Ghaida Mustafa | University of Bradford |
No. 14: The Effect of PSD on Dissolution Rates and Clear Point Detection for Dynamic Solubility Measurements | Jenna Johnston | University of Strathclyde |
No. 10: Image Analysis for Online Monitoring and Optimization of Oiling-Out Spherical Crystallization: Applications in Food and Pharmaceutical Manufacturing | Jian Liu | School of Chemical Engineering and Technology, Tianjin, China; Department of Chemical Engineering, Loughborough, United Kingdom |
No. 31: The effect of protecting groups on the solubility and crystallisation of alanine homopeptides | Jianing Li | Imperial College London |
No. 20: Simultaneous Polymorph Control and Uniform Spherulite Growth for Enhanced Particle Properties of Cefuroxime Sodium | Jingwei Cai | Tianjin University |
No. 2: High-throughput temperature gradient screening in flow crystallisation for polymorph and habit control | Karen Robertson | University of Nottingham |
No. 24: Population Balance Modelling for Parameter Estimation of Crystallisation Kinetics Across Scales | Kate McPherson | CMAC, University of Strathclyde |
No. 32: Dual action small molecules: preventing crystalluria, enhancing oral bioavailability. | Kimberley Noble | Newcastle University |
No. 13: Using a Molecular Dynamics Seeding Approach to Determine Critical Nucleus Size and Concentration for Crystal Nucleation | Mae Macleod | University Of Strathclyde |
No. 3: Surface Evolution and Surface Roughness in Diamond Growth: A Kinetic Monte Carlo Study | Mirelly Ferreira da Silveira | University of Bristol |
No. 18: TBC | Mohammad Yousuf Zaman | University of Manchester |
No. 11: Crystallisation and Melting Behaviour of Blends of Cocoa Butter Equivalents and Milk Fat by Studied Small- and Wide-Angle X-ray Scattering | Molly Massey | University of Leeds |
No. 34: Nucleation Kinetics of Ascorbic Acid in Aqueous Solvents | Mona Amrihesari, Carmen Guguta, Jyoti Yadav, & Thomas Kendall | Technobis Crystallizations Systems |
No. 27: Predictive Digital Design of Pharmaceutical Crystal Habit Driven by Solvent and Crystallisation Conditions | Muhammad Asfand Yar Awan | University of Strathclyde |
No. 9: Mechanism-Led Suppression of Ciprofloxacin Crystallisation on the Ocular Surface | Parag Roy | Newcastle University |
No. 33: Integrated Self Optimisation of Paracetamol Synthesis and Crystalisation using Machine Learning | Rohan Shetty | University of Leeds |
No. 16: Well-Mixed and Segregated Feed Population Balance Modelling of Semi-Batch Precipitation of Calcium Oxalate | Samad Rana | University of Leeds |
No. 17: CFD Study of Mixing Influence on Calcium Oxalate Precipitation in an Unbaffled Vortex Reactor | Samad Rana | University of Leeds |
No. 25: Solid State Diversity of Mirabegron: Salt Screening and Pseudo Polymorphism of Its Edisylate Salt | Thierry Bonnaud | Veranova |
No. 35: From Agglomerates to Rods: Engineering a Robust and Scalable Crystallisation Process for Compound A | Vikram Korede | Pharmaron UK Ltd |
No. 6: The Gas Blow Coating: a Novel Crystallization Method to Produce Crystals with Selected Morphology and Polymorphism onto a Surface | Yashoda Abeykoon | University of Manchester |
No. 12: Membrane-Assisted Mother Liquor Concentration and Recycling for API and Solvent Recovery in Cooling Crystallisation | Yusuf Khan | University of Strathclyde |