can you please make ppt for irritants' and counterirritants for physio

can you please make ppt for irritants' and counterirritants for physiotherapy pharmacology lecture

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counterirritant mechanism of action topical pain relief physiotherapy

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capsaicin TRPV1 receptor mechanism substance P pain gate control theory

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Irritants Counterirritants PhysioPharma

Presentation · PPTX

Here's what's included across 19 slides in a dark navy + amber/teal design theme:

Slide	Content
1	Title slide
2	Learning Objectives
3	Section header — Irritants
4	Definition & Types of Irritants (primary vs secondary)
5	Mechanism of Irritant Action (barrier disruption, innate immunity, neurogenic inflammation)
6	Classification Table — irritants by category with examples & effects
7	Section header — Counterirritants
8	Definition, Gate Control Theory, TRPV1/TRPM8 pathways
9	Classification: Rubefacients → Vesicants → Escharotics
10	Full drug table: all key agents, mechanisms & indications
11	Capsaicin deep-dive (TRPV1, Substance P, formulations, Qutenza)
12	Menthol vs Camphor two-column comparison (TRPM8, TRPV1)
13	Methyl Salicylate — chemistry, COX inhibition, products, safety
14	Adverse Effects & Precautions table
15	Physiotherapy clinical applications (phonophoresis, iontophoresis, patient ed)
16	Gate Control Theory visual diagram (Aβ/Aδ-C fibres, dorsal horn, SG cell)
17	Irritants vs Counterirritants — side-by-side comparison
18	Key Take-Aways (6 numbered points)
19	Thank You / Discussion slide

can you please make ppt for plaster,poultices and paste for physiotherapy pharmacology lecture with standard sources

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plasters poultices pastes pharmacology physiotherapy definitions mechanisms clinical use

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topical drug formulations paste ointment plaster skin layers transdermal delivery

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Plasters Poultices Pastes PhysioPharma

Presentation · PPTX

Here's what's included across 23 slides in a dark navy + teal/amber/violet theme:

Slide	Content
1	Title slide
2	Learning Objectives
3	Topical Preparations — Overview & skin penetration factors
4	Section Header: PLASTERS
5	Plasters — Definition, composition, and Plaster of Paris chemistry
6	Classification Table (Adhesive, Medicated, POP, Vesicant, Hydrocolloid, etc.)
7	Medicated plasters — Transdermal delivery mechanism, occlusion effect
8	Plaster of Paris — Clinical application in physiotherapy (serial casting, splinting)
9	Section Header: POULTICES
10	Poultices — Definition, etymology, history (Edwin Smith Papyrus), modern composition
11	Mechanisms (moist heat, absorptive/dextranomer, TRPA1 counterirritant, curcumin anti-inflammatory)
12	Types Table (Kaolin, Mustard, Linseed, Dextranomer, Charcoal, Turmeric, Epsom salt)
13	Section Header: PASTES
14	Pastes — Definition, composition (≥20% powder), physical properties
15	Mechanisms (barrier, zinc astringency, localised drug delivery, compression bandage base)
16	Key Pastes Table (Lassar's, Zinc+Ichthammol, Coal Tar, Calamine, Salicylic, Antifungal)
17	Comparison Table: Plasters vs Poultices vs Pastes
18	Factors affecting percutaneous absorption — visual card layout
19	PT Clinical Applications (all three types)
20	Adverse effects & Precautions table
21	Standard References slide (Fitzpatrick's, Goodman & Gilman's, Roberts & Hedges, British Pharmacopoeia, Lippincott)
22	Key Take-Aways
23	Thank You / Discussion

can you make notes for drug discovery lecture by using standard and updated sources

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"drug discovery" AND pipeline

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"drug discovery" AND "artificial intelligence" OR "machine learning"

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"target identification" AND "drug discovery" AND "genomics"

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"clinical trials" AND "drug development" AND phases

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Drug Discovery Lecture Notes

Word Document · DOCX

Here's what the document contains — ~13 sections, 20+ pages, professionally formatted with colour-coded headings, callout boxes, and tables:

Document Structure

Section	Content
Cover Page	Title, audience, all 6 source references listed
1. Introduction	Drug discovery vs. invention; historical NPs (morphine, penicillin, aspirin); scope & cost data
2. The Pipeline	Full 11-stage table (target ID → Phase IV) with durations; IND application (FDA 21 CFR §312)
3. Target ID & Validation	Genomics/GWAS, scRNA-seq, proteomics, AlphaFold; genetic (CRISPR KO, RNAi) & pharmacological validation; druggability; PROTACs, PPIs, allosteric modulators
4. Experimental Approaches	Medicinal chemistry, SAR, Lipinski's Rule of Five; HTS, DEL; FBDD (X-ray, SPR, NMR); natural products
5. CADD	SBDD (docking, MD, AlphaFold2); LBDD (QSAR, pharmacophore); AI in drug discovery (Zhang et al., Nat Med 2025; generative AI; INX-315, DSP-1181)
6. Preclinical Development	Pharmacology, ADME table, GLP toxicology (acute, chronic, geno-, reproductive, carcinogenicity)
7. Clinical Trials	Phase 0–IV table; RCT design; surrogate vs. clinical endpoints (torcetrapib box); FDA approval process; special designations
8. Biopharmaceuticals	mAbs, ADCs, mRNA, siRNA, CAR-T, bispecifics (table); biosimilars
9. Precision Medicine	Pharmacogenomics (CYP2D6, HER2, EGFR, BRCA); companion diagnostics
10. Policy & Ethics	Patents, Bayh-Dole, Hatch-Waxman, orphan drug; Declaration of Helsinki; AI ethics
11. Emerging Technologies	10-item table: CRISPR, organoids, PROTACs, molecular glues, DEL, generative AI, mRNA, CAR-T, Casgevy
12. Summary	Attrition/success rate table; key concept box
13. References	20 numbered references — Goodman & Gilman, Lippincott, Rang & Dale, FDA, BP, + 14 PubMed citations (2022–2025) with PMIDs

Key Sources Cited

Goodman & Gilman's (14th Ed., 2023) — primary textbook source throughout
Rang & Dale's Pharmacology (9th Ed., 2020)
Lippincott Illustrated Reviews: Pharmacology (7th Ed., 2023)
FDA (2024) + British Pharmacopoeia (2024)
Zhang et al., Nature Medicine 2025 — AI in drug development (PMID 39833407)
Van de Sande et al., Nat Rev Drug Discov 2023 — scRNA-seq in drug discovery
Boike et al., Nat Rev Drug Discov 2022 — covalent drug discovery / PROTACs
Du et al., Biomolecules 2024 — multi-omics for target ID
Mullowney et al., Nat Rev Drug Discov 2023 — AI for natural product discovery

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