Covers almost all the lectures in the course, with lots of detail and mostly bullet point form - extra reading done with sources cited (mainly textbook and papers). Got a first with these notes!
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Introduction to the module and cell fate - specification and differentiation. Extra reading with sources cited.
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Add to cartIntroduction to the module and cell fate - specification and differentiation. Extra reading with sources cited.
Covering whole lecture from Developmental Biology: Introduction to the concept of morphogens and how they convey positional information - also with examples from Drosophila. Extra reading with sources cited.
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Add to cartCovering whole lecture from Developmental Biology: Introduction to the concept of morphogens and how they convey positional information - also with examples from Drosophila. Extra reading with sources cited.
Formation of the DV axis - based on Drosophila, and the required genes, and interactions (eg, morphogen gradients) Covers the whole lecture with extra reading (sources cited)
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Add to cartFormation of the DV axis - based on Drosophila, and the required genes, and interactions (eg, morphogen gradients) Covers the whole lecture with extra reading (sources cited)
Covering the lecture (from BIOL2010) on Hox genes and how they function. Extra reading with sources cited.
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Add to cartCovering the lecture (from BIOL2010) on Hox genes and how they function. Extra reading with sources cited.
Covering the different types of Hox genes, how they function, with examples for each category. Extra reading with sources cited.
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Add to cartCovering the different types of Hox genes, how they function, with examples for each category. Extra reading with sources cited.
Lecture covering the embryonic development of development - from cleavage, gastrulation to neurulation. Cell fate maps and specific developmental genes discussed. Combining lecture notes and textbook reading (sources cited).
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Add to cartLecture covering the embryonic development of development - from cleavage, gastrulation to neurulation. Cell fate maps and specific developmental genes discussed. Combining lecture notes and textbook reading (sources cited).
Covers early mouse embryonic development - formation of the blastocyst, gene regulatory network and cellular mechanisms producing the trophoblast, endoderm and ICM. Extra reading with sources cited.
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Add to cartCovers early mouse embryonic development - formation of the blastocyst, gene regulatory network and cellular mechanisms producing the trophoblast, endoderm and ICM. Extra reading with sources cited.
Xenopus mesoderm formation and the various genetic signals - whole lecture covered with extra reading from textbooks and papers
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Add to cartXenopus mesoderm formation and the various genetic signals - whole lecture covered with extra reading from textbooks and papers
Xenopus specification of cell fates - genetic and cellular mechanisms from the lecture with extra reading
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Add to cartXenopus specification of cell fates - genetic and cellular mechanisms from the lecture with extra reading
Theories of ageing with a connection to development - part of the BIOL2010 lectures with extra reading
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Add to cartTheories of ageing with a connection to development - part of the BIOL2010 lectures with extra reading
Sea Urchin Embryogenesis - from cleavage to tissue differentiation, covering the generation of PMCs in extensive detail (Extra reading with sources cited)
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Add to cartSea Urchin Embryogenesis - from cleavage to tissue differentiation, covering the generation of PMCs in extensive detail (Extra reading with sources cited)
Sea urchin regulatory programme - negative feedback loops, autonomous specification of PMCs and experimental data that support the findings - extra reading with sources cited
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Add to cartSea urchin regulatory programme - negative feedback loops, autonomous specification of PMCs and experimental data that support the findings - extra reading with sources cited
Zebrafish embryonic stages, advantages as a model organism, candidate gene mapping, use in imaging - drug testing, nervous system development, immune system - Summary of the lecture
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Add to cartZebrafish embryonic stages, advantages as a model organism, candidate gene mapping, use in imaging - drug testing, nervous system development, immune system - Summary of the lecture
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Neural Crest specification, regionalisation - summary of the whole lecture from BIOL2010 module.
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Add to cartNeural Crest specification, regionalisation - summary of the whole lecture from BIOL2010 module.
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