This week we have an extraordinary seminar at the IBMCP by our Artist-in-Residence Carlos Castellanos (https://ccastellanos.com, @ccastellanossf), with the title: “Intersections of Living and
“Small peptides, a game-changing strategy for synthetic biology”: Peptide-based drugs have gained a wide range of applications in biotechnology, making necessary to explore new routes
“Exploring the chromatin-based regulation of enhancer promoter contact and its impact on gene expression in tomato” Epigenetic regulations have become a major focus of research
“Self or non-self”: Pollen rejection in Nicotiana In Solanaceae, self-incompatibility (SI) is under the S-locus control, which encodes both the female (S-RNase) and male determinants (a
Title: Epigenetic mechanisms controlling plant developmental transitions As sessile organisms, plants need to align their development to specific external cues from the different seasons. To
This week we have an extraordinary seminar at the IBMCP by our Artist-in-Residence Carlos Castellanos (https://ccastellanos.com, @ccastellanossf), with the title: “Intersections of Living and
“Small peptides, a game-changing strategy for synthetic biology”: Peptide-based drugs have gained a wide range of applications in biotechnology, making necessary to explore new routes
“Exploring the chromatin-based regulation of enhancer promoter contact and its impact on gene expression in tomato” Epigenetic regulations have become a major focus of research
“Self or non-self”: Pollen rejection in Nicotiana In Solanaceae, self-incompatibility (SI) is under the S-locus control, which encodes both the female (S-RNase) and male determinants (a
Title: Epigenetic mechanisms controlling plant developmental transitions As sessile organisms, plants need to align their development to specific external cues from the different seasons. To
