ISPL2026
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| Board Code | Presenter | Title |
|---|---|---|
| FA-1 | Enrique Clavijo Bernal | Functional And Regulatory Analysis Of The FatA1 Thioesterase In Arabidopsis Thaliana Fatty acid and glycerolipid synthesis |
| FA-2 | Yong Wang | A New Cold Tolerant Germination Rapeseed Germplasm Is Associated With Seed Fatty Acid Profile |
| FA-3 | Niña Alyssa M. Barroga | Unexpected Synthesis Of Medium Chain Fatty Acids In Wild-Type Pennycress Identifies Constraints To Their Bioengineering For High Levels Of Aviation Biofuels |
| FA-4 | Je-Hyeong Hong | Deciphering The Molecular Basis Of Seed Fatty Acid Composition In Milk Thistle (Silybum Marianum) Through Functional Dissection Of FAD2 And FAD3 Desaturases |
| FA-5 | Hunter Madison | Molecular Characterization Of Pennycress BC And Its BCCP And BADC Interactions Fatty acid and glycerolipid synthesis |
| FA-6 | Amparo Luque-Sierra | Targeted Editing Of Stearoyl-ACP Desaturase To Enhance Stearic Acid Accumulation In Camelina sativa Oil |
| FA-7 | Yasmeen Elharis | LC MS/MS Platform For Comprehensive Profiling Of Acyl-CoA Metabolites Fatty acid and glycerolipid synthesis |
| FA-8 | Mónica Venegas Calerón | Functional Characterization Of A Novel Sunflower FatB Thioesterase Involved In Lipid Metabolism And Fatty Acid Diversification |
| FA-9 | Xiao-Qing Hou | Sex Pheromone Biosynthesis In The Yellow Peach Moth Conogethes punctiferalis And Bioproduction In Camelina sativa |
| FA-10 | Xia Zhang | A Non-LTR Retrotransposon Insertion Reshapes Gene Structure And Local Regulation In Brassica Napus, Influencing Seed Yield And Lipid Accumulation |
| FA-11 | Gabriel Lemes Jorge | Dynamic regulatory control of plant heteromeric ACCase revealed by spatiotemporal stoichiometry |
| FA-12 | Edgar B. Cahoon | Polyketide Synthase-Like Functionality Acquired by Plant Fatty Acid Elongase |
| Board Code | Presenter | Title |
|---|---|---|
| EX-1 | Yoomi Roh | IRE1 Controls Ceramide Accumulation And Cell Death Fate Under ER Stress In Chlamydomonas |
| EX-2 | Maria-Carmen Gomez-Jimenez | Involvement Of Sphingoid Bases In Mediating Reactive Oxygen Species Production And Cell Death During Olive Fruit Abscission |
| EX-3 | Marina Gavilanes-Ruiz | Role Of Sphingolipid Long-Chain Bases In Flower Petal Abscission In Arabidopsis Thaliana |
| EX-4 | Md Abdullah Al Sazzad | Role of sterol structure in interactions with milk sphingomyelin: impacts on membrane structure and dynamics |
| Board Code | Presenter | Title |
|---|---|---|
| PA-1 | Hsu Yee Htet | Elucidating The Role Of A Lipase-Domain–containing Protein From Functional Screening In Storage Lipid Turnover In The Oleaginous Diatom Phaeodactylum tricornutum |
| PA-2 | Armands Vigants | Lipid And DHA Synthesis By Aurantiochytrium Limacinum On By-Products Of Oat Hull Processing |
| PA-3 | Mara Grube | FTIR Spectroscopy For Assessment Of Inracellular Lipids Produced By Heterotrophic Marine Microalgae Aurantiochytrium limacinum |
| PA-4 | Nick Jacobebbinghaus | Reprogramming Carbon Partitioning Enhances Neutral-Lipid Storage During Growth In Chlamydomonas Reinhardtii |
| Board Code | Presenter | Title |
|---|---|---|
| LT-1 | Carlos Cardenas | SYT6: A Putative Lipid Transport Protein Bridging The Endoplasmic Reticulum And The Autophagic Machinery |
| LT-2 | Oliver Cuevas | Characterization Of NTMC2T5 As A Putative SMP-Domain Lipid Transport Protein At Endoplasmic Reticulum-Plastid Contact Sites |
| LT-3 | Josselin Lupette | From lipid cartography to membrane hydrolysis: proteo-lipidomic insights into plant autophagy |
| LT-4 | Agnieszka Zienkiewicz | Characterization of novel SMP domain-containing proteins implicated in ceramide transport in Arabidopsis thaliana |
| LT-5 | Marie Schomburg | Endoplasmic reticulum domains involved in switching non-oleogenic to oleogenic metabolism in Brassicaceae |
| LT-6 | Ruiz-López, Noemí | NTMC2T5 proteins: ER-to-plastid lipid transfer candidates required for plastid biogenesis |
| Board Code | Presenter | Title |
|---|---|---|
| EM-1 | Mónica Villoslada Valbuena | Comprehensive Biomass And Lipidomic Profiling Of Novel High-Stearic Sunflower Phenotypes |
| EM-2 | Diego Luis García-González | Spectroscopic Fingerprinting Of Virgin Olive And Avocado Oil Lipids By FTIR And Fluorescence Spectroscopy To Detect Early Compositional Changes |
| EM-3 | Lea Hembach | Improved Lipidome Coverage By Untargeted LC–MS/MS Combining CID And EAD Emerging methods and lipidomics |
| EM-4 | Kwang-Hyeon Liu | Biotransformation Of The Isoflavonoid Using Tandem Mass Spectrometry |
| EM-5 | Aubin Lequeux | Development Of An UHPLC–MS/MS Analytical Method For Detecting Plant Phosphooxylipins |
| EM-6 | Karlis Shvirksts | FTIR Spectroscopy For Rapid Extraction-Free Lipid Analysis In Microalgae |
| EM-7 | Antonio J. Castro | The Pollen S-Acylome Reveals Conserved Proteins And Functions Involved In Pollen Tube Growth Regulation In Angiosperms |
| EM-8 | Joaquín Velasco | Improved GC-FID Quantification Of Lipid Constituents In Deodorization Distillates Of Vegetable Oils By Previous SPE Fractionation |
| Board Code | Presenter | Title |
|---|---|---|
| SL-1 | Jeongho Choi | The Receptor-Like Kinase FERONIA Mediates Cuticle Formation During Growth And In Response To Wounding |
| SL-2 | Isabel Molina | Extracellular Estolide Biosynthesis In Tobacco Wet Stigmas Shares Enzymatic Machinery With Cutin Assembly |
| SL-3 | Mark Smith | Exploring Very-Long-Chain Alkane Mid Chain Modification In Brassica Napus Surface Wax. |
| SL-4 | Takashi Nobusawa | Structural colouration of nonacosan-10-ol-rich epicuticular waxes and genetic dissection of diol formation |
| SL-5 | Ji Hyun Hur | The morning-phased CCA1 and LHY transcription factors positively regulate cuticle biosynthesis |
| SL-6 | Owen Rowland | Microbiome-Mediated Root Suberization in Oilseed Crops, Glycine max and Camelina sativa |
| Board Code | Presenter | Title |
|---|---|---|
| LS-1 | Annalisa Bellandi | The Plasma Membrane As A Mechanotransduction Element In Plants |
| LS-2 | Marcin Rygielski | AtPAH1 And AtPAdiv Regulate Fatty Acid Homeostasis And Plant Development And Are Potential Targets Of Cell Cycle–dependent Regulation In Arabidopsis Thaliana |
| LS-3 | Johanna Uhlenberg | High-affinity binding of the Arabidopsis endocytic adaptor 2 (AP2)-complex to phosphatidylinositol 4,5-bisphosphate is required for its function in endocytosis |
| Board Code | Presenter | Title |
|---|---|---|
| LD-1 | Sujeong Je | Comprehensive Study On The Germination And Biochemical Dynamics Of Lemna aequinoctialis Seeds |
| LD-2 | Marta Carletti | PtSeipin: Linking Lipid Droplets Biogenesis And Degradation In The Diatom Phaeodactylum tricornutum |
| LD-3 | Jose M. Martinez-Rivas | Coordinated Regulation Of Specific LDAP And LDIP Isoforms In Olive Fruit During Oil Accumulation And In Response To Abiotic Stresses |
| LD-4 | María Ángeles Luján | Transcriptomic And Proteomic Characterization Of Oil Body Associated Proteins In Pennycress, A High-Seed Oil Biofuel Feedstock |
| LD-5 | Juan R. Maroto | Assessing Oleosome Lipase Activity During Sunflower Seed Development And Its Impact On Final Oil Composition |
| LD-6 | Marie Bertrand | Setting Up A Microfluidic System To Study Chlamydomonas Lipid Droplet Dynamics By Spinning Disc Microscopy At A Single Cell Level |
| LD-7 | Zoofa Zayani | Characterization Of a/ß-Hydrolase As A Potential Regulator Of TAG Mobilization In Germinating Seeds Of Arabidopsis Thaliana |
| LD-8 | Chinnu Ann Jaison | Opposite diacylglycerol enantiomeric specificities of Arabidopsis DGAT1 and DGAT2 reveal non-redundant roles in TAG synthesis |
| LD-9 | Hanju Lee | A Functional Link Between Carbon-Concentrating Mechanism Regulation and Lipid Accumulation During Nitrogen Starvation in Chlamydomonas reinhardtii |
| Board Code | Presenter | Title |
|---|---|---|
| SR-1 | Angel Baca Porcel | Effects Of Polystyrene Nanoplastics On Mitochondrial Function, ROS Generation, And Mitochondrial Lipid And Protein Composition In Fish Cell Lines |
| SR-2 | Pei-Qin Li | The Plasticity Of Root Suberin In Response To External NaCl Enhances Salt Tolerance In Puccinellia Tenuiflora By Optimizing Osmotic Adjustment |
| SR-3 | Kun Zhang | ACD5-Mediated Catalases Activation Restricts Reactive Oxygen Species And Sphingolipid Accumulation To Prevent Cell Death |
| SR-4 | Jia-Ting Lin | Crosstalk Of Sphingolipid And Circadian Clock: Mutual Regulation Between CCA1 And LCBs In Arabidopsis |
| SR-5 | Jesús Expósito Torres | Role Of Tocopherols In Mitigating Lipid Peroxidation Caused By Water Stress In Olive (Olea europaea) |
| SR-6 | Chang Yang | Sphingolipid Desaturation Mediates Trade-Offs Between Plant Defense And Cold Tolerance |
| SR-7 | Dawid Perlikowski | Triacylglycerol Accumulation Is A Crucial Trait Associated With Frost Tolerance In Festuca Arundinacea |
| SR-8 | Sylwia Klinska | When Stress Ends: PDAT1 and Plant Recovery After Extreme Temperature Stress |
| SR-9 | Mikolaj Malecki | Molecular and biochemical processes in barley (Hordeum vulgare L.) responses to multiple stress conditions |
| SR-10 | Anaïs Claeys | Characterizing Plasma Membrane Phospholipids in Monocot and Dicot Species to Investigate Interactions with Membrane-Active Natural Herbicides |
| SR-11 | Claire Bréhélin | Dynamics and role of 3-hydroxylated lipids in the regulation of dormancy in cherry floral buds. |
| SR-12 | Katarzyna Jasieniecka-Gazarkiewicz | Role of PSAT (phospholipid:sterol acyltransferase) in cold stress adaptation of Arabidopsis thaliana: effects on lipid metabolism and photosynthetic performance |
| SR-13 | Ashwin Ananthanarayanan and Xufeng Chen | Plasticity of lipid metabolism in Arabidopsis thaliana exposed to different temperature regimes |
| SR-14 | Hu-Jun Li | Efficient alkane biosynthesis by ZxCER1 and ZxCER3s underpins the excellent drought resistance of the xerophyte Zygophyllum xanthoxylum |
| SR-15 | Magdalena Kuczkowska | The role of inositol phyrophosphates during the perception of the phosphate status in bareley (Hordeum vulgare) |
| SR-16 | Amélie Goret | Differential Effects of Plant Sterols on Fengycin and Surfactin Membrane Interactions |
| Board Code | Presenter | Title |
|---|---|---|
| LB-1 | Richard P. Haslam | Production Of Omega-3 Polyunsaturated Fatty Acids In Tomato |
| LB-2 | SooKyung Liu | Effects Of Phenolipids (Gallic Acid Esters) On The Physicochemical Properties And Antioxidant Activity Of Encapsulated Oil Powders |
| LB-3 | José Alejandro Heredia-Guerrero | Avocado Industrial By-Products As A Source Of Lipids For Paper Impregnation Plant Lipid Biotechnology |
| LB-4 | Pablo Mesa-Rojas | DGATs From Vitellaria paradoxa As Candidates To Promote Stearic Acid Accumulation In Camelina sativa Seeds |
| LB-5 | Tomoko Hatanaka | Attempt To Improve DGAT1 Activity In Brassicaceae Crops By Single Amino Acid Substitution |
| LB-6 | Krzysztof Zienkiewicz | NoDGTT12 From Nannochloropsis Oceanica Is A High-Performance DGAT2 For Enhanced Triacylglycerol Production Across Eukaryotic Hosts |
| LB-7 | Raquel Sánchez-Pérez | From Lipid Discovery To Field Application: Phospholipid-Associated Regulation Of Flower Bud Dormancy Release In Prunus Species |
| LB-8 | Maria-Victoria Ruiz-Mendez | Sustainable feedstocks for the enzymatic production of bio-based fatty amines |
| LB-9 | Aruna Kilaru | Engineering Moss for Sustainable Oil Production Using Avocado Lipid Genes |
| LB-10 | Edgar B. Cahoon | Reprogramming Acyl-ACP Flux via KASI Controls Seed Oil Composition |
| LB-11 | Aranzazu García Borrego | Sustainable Virgin Olive Oil Production: Process Optimization within Circular Economy Framework |