← Back

Determination

Topic spotlight
TopicWorld Wide

determination

Discover seminars, jobs, and research tagged with determination across World Wide.
5 curated items3 Seminars2 ePosters
Updated over 3 years ago
5 items · determination
5 results
SeminarNeuroscienceRecording

On biological and cognitive autonomy

Matteo Mossio
Université Paris 1 Panthéon-Sorbonne
May 29, 2022

In this talk I will introduce the central notions of the theory of autonomy, as it is being currently developed in biology and cognitive science. The theory of autonomy puts forward the capacity of self-determination of organisms as whole systems, and constitutes thereby an alternative to more reductionist and mechanistic approaches. I will discuss how the theory of autonomy provides a justification for the scientific use of notions as function, norm, agency and teleology, whose epistemological legitimacy is highly debated. I will conclude by describing the difficult challenges that poses the transition from biological to cognitive autonomy.

SeminarNeuroscience

Growing Up in Academia with Onur Güntürkün

Onur Güntürkün
Professor in Biopsychology, Psychology Department, Ruhr-Universität Bochum
Feb 27, 2022

There are stories of resilience, passion, braveness and determination and the one of Onur Güntürkün. He has managed to beat the odds in so many ways, from moving countries, surviving the polio, establishing a new field against the advice of a senior professor and much more, all the while keeping a positive spirit, an endless curiosity and the braveness to keep going despite adversities. Join me on Monday, February 28, 2022, 6 p.m. (CET) for a Growing Up in Academia with Onur Güntürkün.

SeminarNeuroscience

Cell Fate Determination in the Retina

Constance Cepko
Harvard Medical School & HHMI
Apr 19, 2020

The Cepko lab investigates the mechanisms that direct development of the central nervous system (CNS) of vertebrates, with a focus on the retina. These studies have revealed that the retina has distinct types of progenitor cells that are biased, or committed, to produce distinct types of daughter cells in terminal divisions. The gene regulatory networks that underlie these cell fate choices are being studied by analysis of both gene function and cis-regulatory networks. New methods that enable these studies have been developed, including high throughput enhancer assays and quantitative, inexpensive and sensitive multiplex in situ hybridization methods.

ePoster

Determination of the threshold plasma Aβ42/40 ratio for Alzheimer's disease diagnosis and identification of confounding factors: The role of CNS-derived EVs

Emilien Boyer, Lise Colmant, Louise Deltenre, Marion Dourte, Esther Paître, Bernard Hanseeuw, Pascal Kienlen Campard

FENS Forum 2024

ePoster

Function determination for structural domains of secretagogin, an EF-hand Ca2+-sensor protein

Anika Raabgrund, Robert Schnell, Thomas Hökfelt, Tibor Harkany, Zsofia Hevesi

FENS Forum 2024