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Inorganic Pharmaceutical Chemistry - Online Course




Inorganic Pharmaceutical Chemistry - Pharmacy Department



Inorganic Pharmaceutical Chemistry




Chapter 1: Introduction


1. Introduction - Essentials of Inorganic Chemistry
2. Medicinal inorganic chemistry - Essentials of Inorganic Chemistry
3. Electronic structures of atoms - Basic inorganic principles
4. Bonds - Basic inorganic principles



Chapter 2: Alkali Metals


1. Alkali Metals - Introduction
2. Alkali metal ions - Inorganic Chemistry
3. Advantages and disadvantages using lithium-based drugs - Alkali Metals | Inorganic Chemistry
4. Sodium: an essential ion in the human body - Alkali Metals | Inorganic Chemistry
5. Potassium and its clinical application - Alkali Metals
6. Exercises - Alkali Metals - questions
7. Alkali Metals: Case studies - Inorganic Chemistry



Chapter 3: Alkaline Earth Metals


1. Alkaline Earth Metals - Inorganic Chemistry
2. Earth alkaline metal ions - Inorganic Chemistry
3. Beryllium and chronic beryllium disease - Alkaline Earth Metals
4. Magnesium: competition to lithium? - Alkaline Earth Metals
5. Calcium: the key to many human functions - Alkaline Earth Metals
6. Barium: rat poison or radio-contrast agent? - Alkaline Earth Metals
7. Exercises - Alkaline Earth Metals - Inorganic Chemistry
8. Alkaline Earth Metals: Case studies - Inorganic Chemistry



Chapter 4: The Boron Group - Group 13


1. The Boron Group - Group 13
2. General chemistry of group 13 elements - Boron Group
3. Boron - Inorganic Chemistry
4. Aluminium - Biological importance, use in water purification, Aluminium-based adjuvants, Antacids, Phosphate binders
5. Gallium - Inorganic Chemistry
6. Exercises - The Boron Group - Group 13 - Inorganic Chemistry
7. The Boron Group - Group 13: Case studies - Inorganic Chemistry



Chapter 5: The Carbon Group


1. The Carbon Group
2. General chemistry of group 14 elements
3. Silicon-based drugs versus carbon-based analogues - Inorganic Chemistry
4. Organogermanium compounds: balancing act between an anticancer drug and a herbal supplement
5. The Carbon Group: Exercises and Cases studies



Chapter 6: Group 15 Elements


1. Group 15 Elements - Inorganic Chemistry
2. Chemistry of group 15 elements
3. Phosphorus - Adenosine phosphates: ATP, ADP and AMP, Phosphate in DNA, Clinical use of phosphate, Drug interactions and toxicity
4. Arsenic - Salvarsan, Arsenic trioxide
5. Group 15 Elements: Exercises and Case studies



Chapter 7: Transition Metals and d-Block Meta Chemistry


1. What are d-block metals? - Electronic configurations, Characteristic properties, Coordination numbers and geometries, Crystal field theory
2. Group 10: platinum anticancer agents
3. Cisplatin - Group 10: platinum anticancer agents
4. Platinum anticancer agents - Transition Metals and d-Block Meta Chemistry
5. Iron - Transition Metals and d-Block Meta Chemistry
6. Ruthenium - Transition Metals and d-Block Meta Chemistry
7. The coinage metals - General chemistry, Copper-containing drugs, Silver: the future of antimicrobial agents?, Gold: the fight against rheumatoid arthritis
8. Group 12 elements: zinc and its role in biological systems
9. Exercises and Case studies - Transition Metals and d-Block Meta Chemistry



Chapter 8: Organometallic Chemistry


1. What is organometallic chemistry?
2. What are metallocenes? - Organometallic Chemistry
3. Ferrocene - Organometallic Chemistry
4. Titanocenes - Organometallic Chemistry
5. Vanadocenes - Organometallic Chemistry
6. Exercises and titanium dioxide Case study - Organometallic Chemistry



Chapter 9: The Clinical Use of Lanthanoids


1. The Clinical Use of Lanthanoids
2. Biology and toxicology of lanthanoids
3. The clinical use of lanthanum carbonate
4. The clinical application of cerium salts
5. The use of gadolinium salts as MRI contrast agents
6. Exercises and lanthanum carbonate tablets Case study



Chapter 10: Radioactive Compounds and Their Clinical Application


1. Radioactive Compounds and Their Clinical Application
2. What is radioactivity?
3. Radiopharmacy: dispensing and protection
4. Therapeutic use of radiopharmaceuticals
5. Radiopharmaceuticals for imaging
6. Exercises and Case studies



Chapter 11: Chelation Therapy


1. Chelation Therapy
2. What is heavy-metal poisoning?
3. What is chelation? - Chelation Therapy
4. Chelation therapy
5. Exercises and Case studies - Chelation Therapy - Inorganic Chemistry




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