06 Jul 2022
16:30 - 18:00
Poster session 3
Confirmed Posters:
| Corresponding Author | Title | Theme | Poster Stand number |
| Maximiliano Verocai | Genetic architecture of phenological and yield-related traits in a barley population representative of elite breeding in South America | Morphology, phenology, and development | 55 |
| Muhammad Awais | GENETIC CONTROL OF AWN ROUGHNESS IN BARLEY | Morphology, phenology, and development | 56 |
| Vėjūnė Pukenytė | Investigation of the association between barley tweaky spike mutations and auxin biosynthesis pathways using comparative genome analysis | Morphology, phenology, and development | 57 |
| Isaia Vardanega | Identification and characterization of CLV receptors and CLE peptides regulating barley shoot meristem maintenance and development | Morphology, phenology, and development | 58 |
| Volodymyr Radchuk | Molecular mechanisms of assimilate transport in barley grains | Morphology, phenology, and development | 59 |
| Marek Marzec | New barley strigolactone mutants identified using TILLING strategy | Morphology, phenology, and development | 60 |
| Raffaella Battaglia | Sporophytic control of male fertility, the role of the HvSWEET4 gene | Morphology, phenology, and development | 61 |
| Thirulogachandar Venkatasubbu | Strategies of grain number determination differentiate barley row-types | Morphology, phenology, and development | 62 |
| Gesa Helmsorig | eam7 accelerates plant development in barley by altering the expression of core clock genes | Morphology, phenology, and development | 63 |
| Francesco Cosenza | Genetic mapping and allele discovery for flowering time and plant height using a double round-robin population of barley | Morphology, phenology, and development | 64 |
| Roberta Rossi | Progress towards QTL mapping and identification of mutants for culm-related traits in barley | Morphology, phenology, and development | 65 |
| Venkatasubbu Thirulogachandar | Meristem establishment and maintenance in barley | Morphology, phenology, and development | 66 |
| Edgar Demesa-Arevalo | Identifying meristem-type specific regulatory circuits in complex inflorescences of barley using transcriptomics at single-cell resolution | Morphology, phenology, and development | 67 |
| Luigi Cattivelli | The miRNA397a/laccase regulatory module control kernel size and shape in barley | Morphology, phenology, and development | 68 |
| Luigi Cattivelli | Investigating the role of GRF4 in Barley seed size determination | Morphology, phenology, and development | 69 |
| Yongyu Huang | A molecular framework for grain number determination in barley | Morphology, phenology, and development | 70 |
| Roop Kamal | Genetic association of spikelet abortion with spike, grain, and shoot traits in highly-diverse six-rowed barley (Hordeum vulgare L.) | Morphology, phenology, and development | 71 |
| Serena Rosignoli | A chemically-induced new mutation affecting leaf width in barley | Morphology, phenology, and development | 72 |
| Ilyse Putz | Dissection of life history traits in annual and perennial wild relatives of barley | Morphology, phenology, and development | 73 |
| Alvarez Prado S | CRONOBARLEY 2.0: A simple model to predict phenology in malting barley based on cultivar thermo-photoperiodic response | Morphology, phenology, and development | 74 |
| Li Guo | Identification of gravity regulated genes that encode direct interaction partners of barley ENAHANCED GRAVITROPISM 2 | Morphology, phenology, and development | 75 |
| Jorge Damian Parrado Marrades | PPD-H1 ALLELES AND REPRODUCTIVE OUTPUT IN BARLEY | Morphology, phenology, and development | 76 |
| Guojing Jiang | Cell Non-autonomous Signaling by an ALOG (HvALOG1) Transcription Factor Specifies the Determinacy of the Barley Triple-Spikelet Meristem | Morphology, phenology, and development | 77 |
| Laura Rossini | Characterization of barley plant architecture mutants from the HorTILLUS population | Morphology, phenology, and development | 78 |
| Alessandro Tondelli | Cloning and functional characterization of the barley viridis zb63 photosynthetic mutant | Morphology, phenology, and development | 79 |
| Mingjiu Li | Genetic dissection of chloroplast biogenesis in barley | Morphology, phenology, and development | 80 |
| Maëva BICARD | Improve genetic gain through the understanding of genotype by environment interactions in spring barley breeding programs | Morphology, phenology, and development | 81 |
| Ronja Wonneberger | Identification of loci conferring tolerance to Manganese deficiency in Scottish Bere barley landraces | Baltic and Nordic barley: a regional perspective | 82 |
Coffee&Snaks