College Chemistry Lecture Slides
Budget: $30 – $250 USD
Video Presentation Assignment
Format: PowerPoint slides + Video presentation
Objective: To demonstrate your understanding of key general chemistry topics by creating and presenting an original slideshow. This presentation must show that you can apply concepts, explain them clearly, and make meaningful connections to real-world or scientific contexts without relying on AI writing tools.
Directions: You will create a PowerPoint presentation with at least 10 content slides (not including title or reference slides) and a video of yourself presenting your slides.
REQUIREMENTS:
10–12 slides, using clear, concise bullet points only (not full paragraphs).
Slides must include relevant images, diagrams, or visuals to help explain your topic.
You must record a video of yourself presenting the material. Audio narration is mandatory and must be at least 5 minutes long.
You may appear on camera or just narrate your voice.
Do NOT just read the slides—expand upon the content and explain concepts in your own words.
Include a final slide with your references in APA format (at least 3 reliable sources).
Using this as a guide.
UPDATED 13‑SLIDE OUTLINE
Atoms, Ions, and Isotopes in Medicine — With Anesthesia Connection
Slide 1 — Title (not counted)
Your name
Course
Topic
Slide 2 — Why Chemistry Matters in Medicine
Slide bullets:
Atoms → structure of all drugs & tissues
Ions → essential for physiology
Isotopes → imaging & therapy tools
Talking points:
Modern medicine depends on atomic behavior, from electrolytes to radiation.
Slide 3 — Atoms in the Human Body
Slide bullets:
Common elements: C, H, O, N, Ca
Electrons determine reactivity
Basis of biomolecules
Slide 4 — What Are Ions?
Slide bullets:
Charged atoms (gain/lose electrons)
Cations (+) and anions (–)
Key in nerve & muscle function
Slide 5 — Ions in Medical Diagnostics
Slide bullets:
Electrolyte panels
Iodide contrast agents
Ion‑based tracers
Slide 6 — What Are Isotopes?
Slide bullets:
Same element, different neutrons
Stable vs. radioactive
Used as tracers
Slide 7 — Radioactive Decay & Detection
Slide bullets:
Emits γ rays or positrons
Detectors capture radiation
Safe in controlled doses
Slide 8 — PET Scans (Positron Emission Tomography)
Slide bullets:
Uses Fluorine‑18
Tracks glucose metabolism
Detects cancer & brain activity
Slide 9 — SPECT Imaging
Slide bullets:
Uses Technetium‑99m
Gamma camera
Heart, bone, thyroid imaging
Slide 10 — Isotopes in Radiation Therapy
Slide bullets:
Cobalt‑60, Iodine‑131
Targeted cancer treatment
Minimizes healthy tissue damage
⭐ Slide 11 — How This Relates to Anesthesia
Slide bullets:
Ions control nerve conduction (Na⁺, K⁺, Ca²⁺)
Local anesthetics block ion channels
Isotopes used in pre‑op imaging
Atomic structure determines anesthetic potency
Talking points:
Nerve signals depend on sodium and potassium ion flow; anesthetics work by blocking these ion channels.
Calcium ions regulate neurotransmitter release — anesthetics influence this too.
PET/SPECT scans using isotopes help evaluate cardiac or neurological status before anesthesia.
The atomic structure of anesthetic molecules determines lipid solubility, potency, and onset time.
Slide 12 — Real‑World Case Example (Optional but Strong Slide)
Slide bullets:
PET scan before tumor surgery
Anesthesia plan adjusted based on imaging
Ion balance monitored during procedure
Slide 13 — References (APA)
(You will rewrite these in your own words.)
Tro, N. J. (2020). Chemistry: A molecular approach. Pearson.
Atkins, P., & Jones, L. (2016). Chemical principles. W. H. Freeman.
Society of Nuclear Medicine & Molecular Imaging. (2023). Nuclear medicine overview.
Format: PowerPoint slides + Video presentation
Objective: To demonstrate your understanding of key general chemistry topics by creating and presenting an original slideshow. This presentation must show that you can apply concepts, explain them clearly, and make meaningful connections to real-world or scientific contexts without relying on AI writing tools.
Directions: You will create a PowerPoint presentation with at least 10 content slides (not including title or reference slides) and a video of yourself presenting your slides.
REQUIREMENTS:
10–12 slides, using clear, concise bullet points only (not full paragraphs).
Slides must include relevant images, diagrams, or visuals to help explain your topic.
You must record a video of yourself presenting the material. Audio narration is mandatory and must be at least 5 minutes long.
You may appear on camera or just narrate your voice.
Do NOT just read the slides—expand upon the content and explain concepts in your own words.
Include a final slide with your references in APA format (at least 3 reliable sources).
Using this as a guide.
UPDATED 13‑SLIDE OUTLINE
Atoms, Ions, and Isotopes in Medicine — With Anesthesia Connection
Slide 1 — Title (not counted)
Your name
Course
Topic
Slide 2 — Why Chemistry Matters in Medicine
Slide bullets:
Atoms → structure of all drugs & tissues
Ions → essential for physiology
Isotopes → imaging & therapy tools
Talking points:
Modern medicine depends on atomic behavior, from electrolytes to radiation.
Slide 3 — Atoms in the Human Body
Slide bullets:
Common elements: C, H, O, N, Ca
Electrons determine reactivity
Basis of biomolecules
Slide 4 — What Are Ions?
Slide bullets:
Charged atoms (gain/lose electrons)
Cations (+) and anions (–)
Key in nerve & muscle function
Slide 5 — Ions in Medical Diagnostics
Slide bullets:
Electrolyte panels
Iodide contrast agents
Ion‑based tracers
Slide 6 — What Are Isotopes?
Slide bullets:
Same element, different neutrons
Stable vs. radioactive
Used as tracers
Slide 7 — Radioactive Decay & Detection
Slide bullets:
Emits γ rays or positrons
Detectors capture radiation
Safe in controlled doses
Slide 8 — PET Scans (Positron Emission Tomography)
Slide bullets:
Uses Fluorine‑18
Tracks glucose metabolism
Detects cancer & brain activity
Slide 9 — SPECT Imaging
Slide bullets:
Uses Technetium‑99m
Gamma camera
Heart, bone, thyroid imaging
Slide 10 — Isotopes in Radiation Therapy
Slide bullets:
Cobalt‑60, Iodine‑131
Targeted cancer treatment
Minimizes healthy tissue damage
⭐ Slide 11 — How This Relates to Anesthesia
Slide bullets:
Ions control nerve conduction (Na⁺, K⁺, Ca²⁺)
Local anesthetics block ion channels
Isotopes used in pre‑op imaging
Atomic structure determines anesthetic potency
Talking points:
Nerve signals depend on sodium and potassium ion flow; anesthetics work by blocking these ion channels.
Calcium ions regulate neurotransmitter release — anesthetics influence this too.
PET/SPECT scans using isotopes help evaluate cardiac or neurological status before anesthesia.
The atomic structure of anesthetic molecules determines lipid solubility, potency, and onset time.
Slide 12 — Real‑World Case Example (Optional but Strong Slide)
Slide bullets:
PET scan before tumor surgery
Anesthesia plan adjusted based on imaging
Ion balance monitored during procedure
Slide 13 — References (APA)
(You will rewrite these in your own words.)
Tro, N. J. (2020). Chemistry: A molecular approach. Pearson.
Atkins, P., & Jones, L. (2016). Chemical principles. W. H. Freeman.
Society of Nuclear Medicine & Molecular Imaging. (2023). Nuclear medicine overview.