Research Methods, Neuroimaging and Computational Approaches mind maps
69 mind maps by 53 users · Page 1 of 2
This GoConqr page gathers more than 60 mind maps on research methods, brain imaging, electrophysiology and biocomputing. They are mainly for university students and professional candidates studying these methods, as well as teachers looking for material to use. The maps were made by over 50 GoConqr users. Pick a topic and explore a map.
Mind maps
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106 nodesL5 - Optical approaches to studying circuits 1. TYPES OF APPROACHES · 2. BRAINBOW · 3. VIRAL TRACING · 4. MANIPULATOR: OPTOG... · 5. PASSIVE REPORTER: ...
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32 nodesBIOLOGY OF THE MIND (neuroscience techniques) Neuroscience tehniques
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29 nodesNeuroscientific Research Methods Populations of partic... · Techniques for Assess... · Techniques for assess... · Electromagnetic Recor... · Optical Recording Met... · Techniques for Modula...
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114 nodes1_Ch (5,7-13) Analyzing Neural Time Series Data Ch 1 · Ch 5 · Frequency bands · Ch 7 · Chapters of Interest · Ch 8
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115 nodesPSYC 318-Lecture#4 Optogenetics · Dopamine Neuron Stimu... · Why is cre used so much? · stimulating or inhibi... · Which dopamine projec... · Summary of Social int...
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107 nodesSystems level methodologies Neuroanatomy · Class A experiments · Class B experiments · Critical evaluation
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93 nodes11. Animal Models Commonly used models · Genetic Rodents · Animal Models · New approaches · Acute administration ... · New Technologies
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33 nodesHow We Investigate The Brain? Functional Magnetic R... · Electroencephalogram ... · Event- related potent... · Post-mortem examiniat...
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99 nodesInvasive Physiological Research Methods Stereotaxic Surgery · Lesion Methods (Remov... · Electrical Stimulation · Invasive Electrophysi... · Drug Administration
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13 nodesNeuroscience Methods Neuroscience methods;... · Brain imagining techn... · CT scans; A computer ... · MRI scans; A strong m... · MRI vs CT scans; Both... · PET scans; A position...
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47 nodesMethods of Studying the Nervous System Cerebral Angiography · Computed tomography (CT) · Positron Emission Tom... · Magnetic Resonance Im... · Functional MRI (fMRI) · Magnetoencephalograph...
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55 nodesL19. Biocomputing What is it? · Moore's law · Computing with DNA · Combining platforms · Conclusion... What do...
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19 nodesMMN: A tool for studying morphosyntactic processing? Study presents two MM... · MMN originally shown ...
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20 nodesBrain Imaging Techniques CAT scans- Principle ... · MRIs- Principle of Wo... · Key Definitions: Bloo... · fMRI- Uses BOLD signa... · PET- Principle of Wor... · EEG: Principle of Wor...
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20 nodesBrain Imaging Techniques CAT scans- Principle ... · MRIs- Principle of Wo... · Key Definitions: Bloo... · fMRI- Uses BOLD signa... · PET- Principle of Wor... · EEG: Principle of Wor...
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24 nodesBiopsychology 4 Brain Imaging
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42 nodesNeuropsychological Methods EEG / ERPs · MEG · Transcranial Magnetic... · Positron Emission Pho... · Convergent techniques
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44 nodesFunctional Magnetic Resonance Imaging (fMRI) Imaging the STRUCTURE... · Functional MRI · MRI · Experimental Logic · Experimental Design · What to the blobs rep...
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40 nodesWeek 7 Lecture 1: Techniques for Neural circuits Fluorescent dyes · Antibodies · Direct immunohistoche... · Indirect immunohistoc... · Multiple labelling im... · In situ hybridisation
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72 nodesResearch Methods Experimental Ablation · Immunocytochemistry · Studying the Living B... · Phineas Gage · Lobotomy
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44 nodesMRI Uses differences in p... · Requires use of 3 dif... · When magnetised, mole... · Finally, gradient fie... · Software is used to i... · Fractional Anistropy ...
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49 nodesNeuroimaging Brain Imaging techniques
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9 nodesMethods of studying the Nervous system Invasive methods · Non Invasive Methods
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83 nodesMethods for studying the Nervous system Histochemistry and Cy... · Immunohistochemistry · Immunofluorescence · Autoradiography · In-situ hybridization · Electron microscopy
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50 nodesResearch Methods & Strategies Experimental Ablation · Neural Activity · Genetic Methods · Neurochemical Methods
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45 nodesMeasuring the brain in cog neuro Wk 2 - HPS395 · TMS- tDCS: The lesion... · EEG- The electrophysi... · fMRI, MRI, PET: The i... · Measuring how the bra... · Invasive techniques
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25 nodesCh (14...) Analyzing Neural Time Series Data Frequency bands · Chapters of Interest · Ch 14 · Ch 15
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43 nodesComparative neuroscience Sea slug (aplysia) · Cats · Rodents · Mice, fish, rats, bir... · Is there homology? · Models
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43 nodesNeuroimaging (part 3) EEG · TMS · NIRS
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43 nodesChemical regulation of behaviour - optogenetics i.e. genetics +optics... · Optogenetics to study...
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18 nodesmodern anatomical methods of studying he envoi system tract tracing methods · immunocytochemistry · in stu hybridisation
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44 nodesEEG and prosody CPS (Closure Positive... · N400 + P600 · Sustained negativity ... · negativity 50-200 ms · negativity 100ms - st... · expectancy-related ne...
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48 nodesfMRI Methods & Data Analysis How does MRI measure ... · fMRI analytical techn... · How do we "preprocess...
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24 nodesFunctional Magnetic Resonance Imaging (FMRI) Static pictures of th... · Pictures of the brain... · It's important to inf...
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8 nodesmethods used in neuroscience: computer imaging These methods are use... · computerized tomograp... · magnetic resonance im... · positon emission tomo...
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58 nodesstudying the brain brain lesions · stimulating neural ac... · recording neural acti...
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67 nodesTask 1 TMS · TES
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16 nodesBrain-Computer Interface [A BCI] records neura... · Tetraplegia, · Motor imagery · cortex · neuron · Neuronal selectivity
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64 nodesMethods Conceptual Approaches · Techniques · non-experimental · experimental
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30 nodesLecture 1 Functions of TMS · Physics · Physiology
More Research Methods, Neuroimaging and Computational Approaches resources
About research methods, neuroimaging and computational approaches mind maps
GoConqr OriginalResearch Methods, Neuroimaging and Computational Approaches mind maps
These maps connect ideas within individual techniques and broader approaches. Electrophysiology and ERP focus on electrical activity, while Neuroimaging and fMRI Methods & Data Analysis offer routes into imaging. Other maps cover invasive research methods, optical approaches to circuits and biocomputing.
How to study with a map
Start with ERP if you want a focused example: it links EEG with brain activity in response to a stimulus. Follow the branches, then try to explain those connections without looking. Reopen the map to check what you missed.
For a wider view, explore Systems level methodologies and its links between neuroanatomy, circuits and function. Compare its branches with a map on a specific technique to see how the topics fit together. If you want to check your understanding or practice recall, switch to a quiz or flashcards on the unit page. Choose a map and follow a branch that interests you.
Frequently asked questions
Which mind map is a good place to start?
ERP is a focused starting point if you are studying how brain activity is recorded in response to a stimulus. It connects the method with EEG. For a broader look at research approaches, Neuroscientific Research Methods includes the lesion method, localization of function and limitations of lesion studies.
What topics do these mind maps cover?
The maps cover research methods, imaging, electrical recording, optogenetics and approaches to studying circuits. You can explore a broad map such as Neuroscience Methods or choose a more focused title such as Electrophysiology or Functional Magnetic Resonance Imaging (fMRI), depending on what you are studying.
Are the mind maps free to use?
Yes. Every resource listed here is free to open and study without an account. A free account can also save your quiz scores and let you make your own quizzes, mind maps, flashcards and notes. The resources were made by GoConqr users, rather than by GoConqr.