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University of Southampton - Acoustic Response of songbirds to the calls of three species of predatory bird
This study aims to understand the response of songbirds to differing predators, where each provide a different threat level. To do so, calls from the predators were played to songs birds on a road and in a forest and their response was recorded on an audiomoth. The magnitude was calculated to show the difference in magnitude before and after the predator call was played. This showed that the birds had the greatest response to the novel predator (an African fish eagle) which suggested a neophobic...
- Essay
- • 7 pages •
This study aims to understand the response of songbirds to differing predators, where each provide a different threat level. To do so, calls from the predators were played to songs birds on a road and in a forest and their response was recorded on an audiomoth. The magnitude was calculated to show the difference in magnitude before and after the predator call was played. This showed that the birds had the greatest response to the novel predator (an African fish eagle) which suggested a neophobic...
Lecture notes BIOL3015 Transcriptional Regulation
Lecture notes from BIOL3015 Regulation of gene expression, transcriptional regulation. Covering: regulatory circuits, negative feedback, toggle switch circuits, somitogenesis oscillator, circadian clocks, transcriptional circuits of fruit flies, transcriptional circuits of mammalian clocks, transcriptional circuits of budding yeast cell cycle, northern blot, qRT-PCR, 'Sanger' sequencing, 'Next generation' sequencing and transcriptional phenotyping.
- Lecture notes
- • 10 pages •
Lecture notes from BIOL3015 Regulation of gene expression, transcriptional regulation. Covering: regulatory circuits, negative feedback, toggle switch circuits, somitogenesis oscillator, circadian clocks, transcriptional circuits of fruit flies, transcriptional circuits of mammalian clocks, transcriptional circuits of budding yeast cell cycle, northern blot, qRT-PCR, 'Sanger' sequencing, 'Next generation' sequencing and transcriptional phenotyping.
Lecture notes BIOL3015 Epigenetics
Lecture notes from a series of lectures in BIOL3015 Regulation of Gene Expression, epigenetics. Covering: DNA methylation, chromatin structure, epigenetic modifiers, non-coding RNAs, Epigenetics and disease, social environment, cancer and tumour supression
- Lecture notes
- • 13 pages •
Lecture notes from a series of lectures in BIOL3015 Regulation of Gene Expression, epigenetics. Covering: DNA methylation, chromatin structure, epigenetic modifiers, non-coding RNAs, Epigenetics and disease, social environment, cancer and tumour supression
Lecture notes BIOL3015 Transcriptional control and genetic diseases
Lecture notes from BIOL3015 regulation of gene expression, transcriptional control and genetic diseases. Covering: transcriptional control, TATA box, TATA-less promotors, MyoD gene, activation domains, transcriptional factors
- Lecture notes
- • 6 pages •
Lecture notes from BIOL3015 regulation of gene expression, transcriptional control and genetic diseases. Covering: transcriptional control, TATA box, TATA-less promotors, MyoD gene, activation domains, transcriptional factors
Questions and Answers to aid studying vertebrate development
Questions and answers based on BIOL2045 Vertebrate Development lectures. Covering topics: Stem cells, Vertebrate Gastrulation, Neural tube formation and neural crest development, Gametogenesis/Sex determination, fertilisation, cleavage to implantation and implantation
- Other
- • 8 pages •
Questions and answers based on BIOL2045 Vertebrate Development lectures. Covering topics: Stem cells, Vertebrate Gastrulation, Neural tube formation and neural crest development, Gametogenesis/Sex determination, fertilisation, cleavage to implantation and implantation
Lecture notes BIOL2045 Stem Cells
Lecture Notes from the BIOL2045 Vertebrate Development stem cells. Covering: what are stem cells, potency, regulation, embryonic stem cells, ICM cells, cerebral organoids, hES cells
- Lecture notes
- • 4 pages •
Lecture Notes from the BIOL2045 Vertebrate Development stem cells. Covering: what are stem cells, potency, regulation, embryonic stem cells, ICM cells, cerebral organoids, hES cells
Lecture notes BIOL2018 Immunology
Lecture notes from BIOL2018 Adaptive physiology Immunology. Covering: Innate vs acquired immunology, Anti-microbial peptides, phagocytosis, Dscam protein, cellular and humoral responses in fish and Mammalian type adaptive immune system
- Lecture notes
- • 4 pages •
Lecture notes from BIOL2018 Adaptive physiology Immunology. Covering: Innate vs acquired immunology, Anti-microbial peptides, phagocytosis, Dscam protein, cellular and humoral responses in fish and Mammalian type adaptive immune system
Lecture notes BIOL2018 Diving and High altitude physiology
Lecture notes from Biol2018 adaptive physiology Diving and High altitude physiology. Covering: adverse effcts of diving, the bends, oxygen toxicity, metabolic rates, effects of high pressure, increasing oxygen availability - high altitude, altitude sickness, haemoglobin and oxygen affinity
- Lecture notes
- • 4 pages •
Lecture notes from Biol2018 adaptive physiology Diving and High altitude physiology. Covering: adverse effcts of diving, the bends, oxygen toxicity, metabolic rates, effects of high pressure, increasing oxygen availability - high altitude, altitude sickness, haemoglobin and oxygen affinity
Lecture notes BIOL2018 temperature regulation
Lecture notes from various lectures in BIOL2018 adaptive physiology, temperature regulation. Covering: environmental and body temperature relationships, strategies in thermal regulation, temperatures' dominant effect on biological processes, ectotherms, thermoreception and dormancy
- Lecture notes
- • 8 pages •
Lecture notes from various lectures in BIOL2018 adaptive physiology, temperature regulation. Covering: environmental and body temperature relationships, strategies in thermal regulation, temperatures' dominant effect on biological processes, ectotherms, thermoreception and dormancy
Adaptive physiology in C. elegans
C. elegans is often a subject choice for lab testing due to there internal systems similar to that of humans. These lecture notes cover multiple lectures discussing C. elegans. Covering: an introduction to C. elegans, C. elegans adaptations to feeding, egg laying, environmental cues and development.
- Lecture notes
- • 8 pages •
C. elegans is often a subject choice for lab testing due to there internal systems similar to that of humans. These lecture notes cover multiple lectures discussing C. elegans. Covering: an introduction to C. elegans, C. elegans adaptations to feeding, egg laying, environmental cues and development.