Blau R: 0 G: 88 B: 156 Blau R: 0 G: 88 B: 156 Hellblau R: 102 G: 153 B: 255 Hellblau R: 102 G: 153 B: 255 Grau 1 R: 81 G: 81 B: 81 Grau 1 R: 81 G: 81 B: 81 Grau 2 R: 156 G: 156 B: 156 Grau 2 R: 156 G: 156 B: 156 Grau 3 R: 185 G: 185 B: 185 Grau 3 R: 185 G: 185 B: 185 Feuerrot - Health R: 212 G: 45 B: 18 Feuerrot - Health R: 212 G: 45 B: 18 Orange - Struktur R: 207 G: 104 B: 0 Orange - Struktur R: 207 G: 104 B: 0 Gelb - Energie R: 230 G: 175 B: 17 Gelb - Energie R: 230 G: 175 B: 17 Dunkelgrün - Erde R: 20 G: 77 B: 40 Dunkelgrün - Erde R: 20 G: 77 B: 40 Grün - Schlüssel R: 169 G: 181 B: 9 Grün - Schlüssel R: 169 G: 181 B: 9 Subheading Text Standard Text 1st Layer 2nd Layer 3rd Layer 4th Layer Advances in Drug Delivery: Prospects for Vaccination Graduate course / mandatory elective - Advanced Lectures of Life Sciences

Advances in Drug Delivery: Prospects for Vaccination Seite 2 | DRUG DELIVERY: Approaches, formulations, technologies and systems for transporting a pharmaceutical compound in the body as needed to safely achieve its desired therapeutic effect Approaches: a variety of delivery routes: p.o. (by mouth), i.v. (intravenous), i.m. (intramuscular), dermal, nasal, ocular, rectal… Formulations: tablet, capsule, injection, nasal spray, patch… DRUG DELIVERY: Approaches, formulations, technologies and systems for transporting a pharmaceutical compound in the body as needed to safely achieve its desired therapeutic effect Approaches: a variety of delivery routes: p.o. (by mouth), i.v. (intravenous), i.m. (intramuscular), dermal, nasal, ocular, rectal… Formulations: tablet, capsule, injection, nasal spray, patch…

Advances in Drug Delivery: Prospects for Vaccination Seite 3 | Vaccination is currently one of the HOT TOPICS in drug delivery research!  Needle free vaccination (nasal, oral, transdermal)  Novel adjuvants  Vaccines against malaria, HIV, hepatitis, cancer… In the course: basic concepts of immunology will be introduced in order to understand vaccination concepts and special problems methods in biochemistry will be introduced in order to understand study designs common drug delivery problems will be illustrated using the example of vaccination in assignments and group work an example vaccine formulation will be developed by the students Vaccination is currently one of the HOT TOPICS in drug delivery research!  Needle free vaccination (nasal, oral, transdermal)  Novel adjuvants  Vaccines against malaria, HIV, hepatitis, cancer… In the course: basic concepts of immunology will be introduced in order to understand vaccination concepts and special problems methods in biochemistry will be introduced in order to understand study designs common drug delivery problems will be illustrated using the example of vaccination in assignments and group work an example vaccine formulation will be developed by the students

Semester:1 st -4 th semester Master, every summer term Lecturers: Brigitta Loretz, Sarah Gordon Language: English Level of the unit/ Mandatory or not Graduate course / mandatory elective - Advanced Lectures of Life Sciences Course type/weekly hours: Lecture and seminar: 2h (weekly) Total workload: 90 h = 30 h in class and 60 h private study and assignments Credits: 3 Entrance requirements: Bachelor degree in science

Overview 5 DateTopic Introductory Lecture Easter Monday Basics of Immunology I Basics of Immunology II Basics of Immunology III Methods in Immunology I Methods in Immunology II Vaccines, antigens and adjuvants Whit Monday Vaccine Formulations Vaccine Biopharmacy Case study and question session Ursapharm Excursion Final Exam

Please come to the first class this afternoon (seminar topics will be assigned) and sign up to the course by 22 April! Every Monday, 4:15 pm Room 001, E2.1