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Nucleus presentation
77 topics across 6 chapters
Chapter 1
Plan the presentation
1
Audience & constraints
2 subtopics
2
Define audience and prior knowledge
3
Set length, format, and assessment criteria
4
Key messages & outline
2 subtopics
5
Write 3–5 learning objectives
6
Create a slide-by-slide storyboard (titles only)
7
Source strategy & credibility
2 subtopics
8
Find 2–3 review articles/textbook chapters on the nucleus
9
Track citations and figure permissions (DOI + license/permission notes)
Chapter 2
Cell biology primer (just enough for the nucleus)
10
Eukaryotic cell overview
2 subtopics
11
Prokaryote vs eukaryote: what the nucleus changes
12
Where transcription vs translation happen (cell map)
13
Central dogma refresher
2 subtopics
14
Draw the DNA → RNA → protein diagram with labels
15
Define DNA, mRNA, tRNA, rRNA in one slide
16
Vocabulary & misconceptions checklist
2 subtopics
17
Define gene vs genome vs chromosome vs chromatin
18
Misconceptions: “DNA = chromosome”, “nucleolus = nucleus”, etc.
Chapter 3
Nucleus structure (parts and what they do)
19
Nuclear envelope & nuclear pore complex
2 subtopics
20
Diagram: envelope + pore + transport directions
21
Explain NLS/NES and importin/exportin at a concept level
22
Chromatin organization (packaging & 3D)
2 subtopics
23
Compare euchromatin vs heterochromatin with examples
24
Nucleosome/histone modifications: what “epigenetic marks” mean
25
Nucleolus & ribosome biogenesis (high-level)
2 subtopics
26
What the nucleolus does (rRNA + ribosome assembly)
27
One figure explaining nucleolar subcompartments (FC/DFC/GC) at a glance
28
Nuclear bodies (speckles, Cajal bodies, etc.)
1 subtopics
29
Two nuclear bodies and what they’re for (1 sentence each)
30
Visual assets for nucleus structure
2 subtopics
31
Choose 1 microscopy image and annotate correctly
32
Choose 1 simplified schematic diagram (avoid clutter)
Chapter 4
Nuclear functions & processes
↗ Central dogma refresher (see Chapter 2)
33
DNA replication in the nucleus
1 subtopics
34
Replication fork: steps + key enzymes (helicase, polymerase, ligase)
35
Transcription & RNA processing
2 subtopics
36
RNA processing: 5' cap, splicing, poly(A) (one pipeline slide)
37
Regulation: transcription factors + enhancers (one mechanism slide)
38
mRNA export & nuclear transport
1 subtopics
39
How mature mRNA exits via nuclear pore (mRNP concept)
40
DNA damage response & repair
1 subtopics
41
Repair pathways mini-table (BER, NER, HR, NHEJ)
42
Cell cycle & nuclear dynamics
1 subtopics
43
Mitosis: envelope breakdown/reassembly + chromosome condensation (sequence)
Chapter 5
Nucleus in disease & research
44
Disease connections (cancer, laminopathies)
2 subtopics
45
Example: laminopathy (e.g., progeria) and what it teaches about lamina
46
Example: genome instability/epigenetics in cancer (1 mechanism)
47
Viral interactions with the nucleus
2 subtopics
48
DNA virus lifecycle step that occurs in the nucleus (one example)
49
Viral hijacking of nuclear transport (one example)
50
Research methods (how we study the nucleus)
2 subtopics
51
Fluorescence microscopy basics: what a nucleus stain shows/doesn’t show
52
Chromatin assays overview: ChIP-seq / ATAC-seq (what question each answers)
53
Mini case study (data-backed)
1 subtopics
54
Build a 1-slide case study: question → method → key result → takeaway
Chapter 6
Build & deliver the slide deck
55
Storytelling & slide flow
2 subtopics
56
Hook, roadmap, and take-home slide (three required slides)
57
Signposting language between sections (scripted transitions)
58
Slide design principles
2 subtopics
59
Layout/typography/color checklist (apply to all slides)
60
Data slide do/don’t (titles, axes, callouts)
61
Accessibility & inclusivity
2 subtopics
62
Font size, contrast, and color-blind-safe palette check
63
Alt text + reading order + avoid animation overload
64
Citations, attribution, and academic integrity
2 subtopics
65
Reference slide format + in-slide citations
66
Image attribution and permission rules (what to do when uncertain)
67
Rehearsal & delivery
1 subtopics
68
Do a timed run + record yourself once
69
Q&A preparation
1 subtopics
70
Prepare 5 backup slides + top 10 expected questions
↗ Visual assets for nucleus structure (see Chapter 3)

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