Rijksuniversiteit Groningen (RUG) • Biologie
Meest recente samenvattingen voor de opleiding Biologie op de Rijksuniversiteit Groningen (RUG). Op zoek naar een samenvatting voor Biologie? Wij hebben diverse samenvattingen voor de opleiding Biologie op de Rijksuniversiteit Groningen (RUG).
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Vakken Biologie op de Rijksuniversiteit Groningen (RUG)
Er zijn samenvattingen beschikbaar voor de volgende vakken van Biologie op Rijksuniversiteit Groningen (RUG)
- Basic Cell and Molecular Biology WBBY001-05 17
- Beeldvormende Technieken 1
- Behavioural biology WBBY013-05 1
- Behavioural Neurosciences WBBY026-05 16
- Bio-organische Chemie 1
- Biochemie 4
- Biologie 4
- Biologie van Kanker 2
- Biology of human behaviour WBBY031-05 1
- Biomathematica & Biostatistiek 1
- Biomedisch Onderzoek 4
- Biostatistics WBBY014-05 3
- Biostatistics 2 WBBY032-05 1
- Marine Biology 1
- Medical physiology WBBY057-05 2
- Medische Celbiologie WBBY045-05 3
- Medische Fysiologie 1
- Medische Genetica 1
- Medische Microbiologie 2
- Metabolism WBBY058-05 3
- Metabolisme en voeding 1
- Microbiology WBBY022-05 16
- Modelling life 1
- Moleculaire biologie 1
- Moleculaire Biologie & Medische Biologie WLB07018 4
- Molecular Genetics WBLS19006 7
- Moleculen en Reactiviteit 1
- Molecules of life WBBY047-05 2
Populaire samengevatte boeken Rijksuniversiteit Groningen (RUG) • Biologie
Nieuwste samenvattingen Rijksuniversiteit Groningen (RUG) • Biologie
This summary includes all the information that you need for the course Metabolism. The summary is 140 pages long, because it contains a lot of information, but also a lot of describing pictures which means that you can go fast through it. By reading and understanding this summary you don't even have to watch the lectures and you can be sure of succeeding your Metabolism exam! Good luck :)
This summary includes all the information that you need for the course Endocrinology. The summary is 156 pages long, because it contains a lot of information, but also a lot of describing pictures which means that you can go fast through it. By reading and understanding this summary you don't even have to watch the lectures and you can be sure of succeeding your Endocrinology exam! Good luck :)
This summary includes all the information that you need for the course Molecules of Life. The summary is 143 pages long, because it contains a lot of information, but also a lot of describing pictures which means that you can go fast through it. By reading and understanding this summary you don't even have to watch the lectures and you can be sure of succeeding your Molecules of Life exam! Good luck :)
This summary includes all the information that you need for the course Molecular Genetics. The summary is 129 pages long, because it contains a lot of information, but also a lot of describing pictures which means that you can easily go through it. By reading and understanding this summary you don't even have to watch the lectures and you can be sure of succeeding your Molecular Genetics exam! Goodluck :)
Learning objectives 
-	Reproduce the impact of the medial temporal lobe lesion in patient H.M. on various cognitive aspects (i.e. What forms of learning were affected and which were unaffected? 
-	Reproduce how the delayed-nonmatching to sample task works and what brain regions it requires. 
-	Reproduce the difference between declarative and nondeclarative memories (e.g. explicit and implicit memories) 
-	Reproduce what priming is used for in terms of assessing memory aspects 
-	Reproduce what t...
Learning objectives 
-	What is known about sex and the brain? 
-	Neural machinery that makes reproduction possible 
-	How different are the brains of the two sexes 
-	Is by genetics, brain or behaviour 
-	Anatomy & physiology of the nervous system 
-	Activations and organisational effects of steroid hormone
Summary of lecture 5&6 Hut
Learning objectives 
-	Difference between strength and direction of lateralisation 
-	Differences between individual and population biases 
-	Pro’s and cons of lateralisation 
-	Define lateralisation 
-	Negative frequency dependent selection of lateralisation 
-	Chimera’s
Learning objectives 
-	Reproduce the importance of the X, Y chromosome and SRY gene in sex differences 
-	Describe how estradial and testosterone are made 
-	Reproduce the anatomical differences between the male and female brain at the level of the hypothalamus 
o	Differences at the level of nuclei size 
o	Differences at the level of receptor or neurotransmitter expression 
-	Describe how testosterone/ estradiol plays an essential role in sex differences during early development and later stage...
Learning objectives 
-	Reproduce the role of hippocampus in specific learning tasks 
-	Reproduce the differences between Pavlovian Conditioning and Operant Conditioning 
-	Reproduce the role of the hippocampus and amygdala in tone-cued fear and contextual fear conditioning 
-	Reproduce how the role of protein synthesis in the consolidation of contextual fear conditioning was studied 
-	Reproduce the difference between the fear conditioning and active shock avoidance 
-	Reproduce how the object...