Bereiten Sie sich optimal auf Ihr Medizinstudium vor – mit unseren PREMED-Kursen und Mitgliedschaftsoptionen

Unsere PREMED-Kurse in Biologie, Chemie und Physik sind darauf ausgelegt, angehenden Medizinstudierenden ein solides Fundament in den naturwissenschaftlichen Kernfächern zu vermitteln. Ganz gleich, ob Sie sich auf Aufnahmeprüfungen an medizinischen Fakultäten in Europa vorbereiten oder bereits zugelassen sind und Ihr Wissen vor Studienbeginn auffrischen möchten – diese Kurse sind der ideale Weg, um Sicherheit und Verständnis aufzubauen.

Die Inhalte sind umfassend und prüfungsorientiert aufbereitet, mit klaren und gut verständlichen Erklärungen, die Ihnen helfen, die wichtigsten wissenschaftlichen Konzepte wirklich zu durchdringen. Sie arbeiten mit ausführlichen Lektionen, visuellen Lernhilfen und einer großen Auswahl an Übungsaufgaben – alles speziell für Bewerberinnen und Bewerber konzipiert, die eine Laufbahn in Medizin oder Naturwissenschaften anstreben.

Diese Kurse gehen weit über reines Auswendiglernen hinaus. Sie legen Wert darauf, dass Sie das „Warum“ hinter den Inhalten verstehen – ein entscheidender Faktor für den Erfolg sowohl in Aufnahmeprüfungen als auch im ersten Studienjahr. Egal, ob Sie bekannte Themen wiederholen oder Ihre Kenntnisse von Grund auf neu aufbauen möchten: Unsere PREMED-Kurse bieten Ihnen eine strukturierte und qualitativ hochwertige Vorbereitung.

Mit 308 ausführlichen Theorie-Lektionen, 1.228 visuellen Lernkarten, 2.900 prüfungsnahen Multiple-Choice-Fragen, 300 Arbeitsblättern sowie 66 Review-Videos mit einer Gesamtdauer von 26 Stunden und 49 Minuten bieten unsere PREMED-Kurse einen vollständigen und durchdachten Vorbereitungspfad, der speziell für zukünftige Medizinstudierende entwickelt wurde.

🎯 Für wen ist dieser Kurs geeignet?

Die PREMED-Kurse eignen sich ideal für:

✅ Studienbewerberinnen und -bewerber für Medizin, Zahnmedizin oder verwandte Gesundheitswissenschaften
✅ Abiturientinnen und Abiturienten, die ihr Wissen vor Studienbeginn gezielt auffrischen möchten
✅ Bewerber für internationale medizinische Universitäten, bei denen Biologie, Chemie und Physik geprüft werden
✅ Studierende, die eine strukturierte, flexible und selbstgesteuerte Online-Lernumgebung suchen

Unsere PREMED-Kurse sind für Bewerber, die unseren Bewerbungsservice ODER Premium-Service wählen, vollständig kostenlos.

Bewerberinnen und Bewerber, die sich nicht über unsere Agentur anmelden, können die Kurse auch zu fairen Preisen erwerben.

PREMED-Mitgliedschaft

Bereite dich auf deine Aufnahmeprüfung für die medizinische Universität vor und schaffe eine solide Grundlage für dein späteres Studium! Diese Mitgliedschaft beinhaltet vollständige PREMED-Kurse in Biologie, Chemie und Physik – ideal sowohl zur Testvorbereitung als auch zum Auffrischen deines Wissens vor Studienbeginn.

📖 308 ausführliche Theorielektionen | 📚 1228 digitale Lernkarten | ❓ 2900 Multiple-Choice-Fragen | 📝 300 Arbeitsblätter | 🎥 66 Review-Videos mit einer Gesamtdauer von 26 Stunden und 49 Minuten

🎓 Warum sollten Sie sich für die PREMED-Mitgliedschaft entscheiden?

✔️ Alles in einem Paket
Statt zwischen verschiedenen Quellen hin und her zu springen, erhalten Sie bei uns alle wichtigen Ressourcen gebündelt: Theorie, Übungsfragen und Wiederholungstools – alles strukturiert und klar aufbereitet.

✔️ Flexibles und selbstbestimmtes Lernen
Lernen Sie wann und wo Sie möchten. Ideal für Schülerinnen und Schüler, die sich parallel zum Schulabschluss oder über mehrere Monate hinweg auf ihre Aufnahmeprüfungen vorbereiten.

✔️ Prüfungsorientierte Inhalte
Jede Lektion und jedes Quiz wurde speziell im Hinblick auf medizinische Aufnahmeprüfungen entwickelt. Sie finden klare Definitionen, vorgerechnete Beispiele und anwendungsbezogene Aufgaben, die genau auf die Anforderungen von Medizinaufnahmetests abgestimmt sind.

✔️ Ideal für Einsteiger und Fortgeschrittene
Egal, ob Sie gerade erst anfangen oder Ihr Wissen vor Studienbeginn auffrischen möchten – unsere Lektionen vermitteln den Stoff Schritt für Schritt, ohne dass ein universitärer Hintergrund vorausgesetzt wird.

✔️ Praxisnahes Lernen
Mit über 300 Arbeitsblättern entwickeln Sie die Fähigkeit, das Gelernte durch konkrete Berechnungen und Übungsaufgaben anzuwenden – eine Schlüsselkompetenz für den Erfolg bei medizinischen Aufnahmeprüfungen.

💡 Ihr Gewinn am Ende der PREMED-Mitgliedschaft:

✅ Sicheres Verständnis der wichtigsten Themen in Biologie, Chemie und Physik
✅ Selbstbewusstes Bestehen von Multiple-Choice-Prüfungen
✅ Erkennen eigener Stärken und Schwächen durch gezielte Übung
✅ Solide naturwissenschaftliche Grundlage für einen erfolgreichen Start ins Medizinstudium
✅ Mehr Sicherheit bei Auswahlgesprächen und Prüfungen, da Sie alle zentralen Themen umfassend behandelt haben

💻 Melden Sie sich jetzt an und starten Sie Ihre Reise in eine medizinische Karriere!

Haben Sie noch Fragen vor der Anmeldung? Kontaktieren Sie uns gerne – wir helfen Ihnen, herauszufinden, ob die PREMED-Mitgliedschaft die richtige Wahl für Sie ist.

 Online PREMED Biology Course

Complete Biology Course for Medical and Science Applicants

🧾 What’s Included in the Full Course Package

📖 134 Theory lessons (clear, structured lessons in plain, exam-ready language)

📚 563 Visual Learning Cards (with pictures and text highlighting the major topics) 

❓ 1300 Multiple choice questions (end of chapter quizzes, 50 questions per chapter)

🎥 29 Video Reviews with a total of ⏱ 12 hours and 38 minutes- the whole chapter explained lesson by lesson by a tutor- a student from the higher year of medicine.

🧾 Chapter-by-Chapter Overview

Chapter 1: Chemistry of Life

You will learn the basic chemical principles needed to understand life. This includes atoms, molecules, ions, and how they interact to form the building blocks of cells and biological systems.

Chapter 2: Water and Organic Molecules

You will explore the unique properties of water, as well as the structure and biological functions of key organic molecules: carbohydrates, lipids, proteins, and nucleic acids.

Chapter 3: Enzymes

You’ll study how enzymes work as biological catalysts, how they lower activation energy, and how temperature, pH, and inhibitors affect enzyme activity.

Chapter 4: The Cell

You’ll understand prokaryotic vs. eukaryotic cell structure, organelles, and their functions. Learn how cells are organized and how this structure relates to function.

Chapter 5: Cell Membrane

You will learn the fluid mosaic model of membranes, membrane proteins, and how transport processes like diffusion, osmosis, and active transport occur.

Chapter 6: The Cell Cycle and Mitosis

You’ll examine how cells divide, the phases of the cell cycle, and how mitosis ensures genetic continuity. Also includes regulation and checkpoints.

Chapter 7: Meiosis and Sexual Reproduction

You’ll study how meiosis creates genetic diversity, the differences between meiosis and mitosis, and the biological importance of sexual reproduction.

Chapter 8: DNA Structure and Replication

You will understand the double-helix structure of DNA, its role in storing genetic information, and how it is replicated before cell division.

Chapter 9: Protein Synthesis

You’ll learn how DNA is transcribed into RNA and then translated into proteins, covering all the key molecules and stages involved.

Chapter 10: Mutations and Gene Expression

You’ll explore different types of mutations, how they affect gene function, and the mechanisms controlling gene expression in cells.

Chapter 11: Mendelian Genetics

You’ll understand how traits are inherited through dominant and recessive alleles, Punnett squares, and Mendel’s laws.

Chapter 12: Extensions of Mendelian Inheritance

You’ll go beyond simple inheritance and explore codominance, incomplete dominance, multiple alleles, and polygenic traits.

Chapter 13: Chromosomal Inheritance

You’ll study how chromosomes carry genes, sex-linked traits, nondisjunction, and disorders caused by chromosomal abnormalities.

Chapter 14: Evolution and Natural Selection

You’ll learn about Darwin’s theory, the mechanisms of evolution, and how populations change over time due to natural selection and genetic drift.

Chapter 15: Biotechnology and Genetic Engineering

You’ll understand how genes are modified, cloned, and transferred in labs. Includes PCR, CRISPR, and applications in medicine and agriculture.

Chapter 16: Biological Classification and Taxonomy

You’ll study how living organisms are classified, learn about domains and kingdoms, and understand binomial nomenclature and phylogenetic trees.

Chapter 17: Viruses and Prokaryotes

You’ll examine the structure and life cycles of viruses, bacterial classification, reproduction, and their roles in ecosystems and human health.

Chapter 18: Human Digestive System

You’ll learn the anatomy and function of the digestive organs, how nutrients are broken down and absorbed, and the regulation of digestion.

Chapter 19: Human Circulatory System

You’ll study the heart, blood vessels, and the flow of blood. Topics include the cardiac cycle, blood pressure, and components of blood.

Chapter 20: Human Respiratory System

You’ll explore the mechanics of breathing, gas exchange, and how oxygen and carbon dioxide are transported in the body.

Chapter 21: Human Immune System

You’ll learn the components of the immune system, including innate and adaptive immunity, antibodies, vaccines, and immune responses.

Chapter 22: Human Excretory System

You’ll study the structure and function of the kidneys, nephron, and how the body removes metabolic wastes and regulates water balance.

Chapter 23: Human Nervous System

You’ll examine neurons, action potentials, synapses, and the central and peripheral nervous systems, including sensory and motor pathways.

Chapter 24: Human Endocrine System

You’ll learn how hormones regulate body functions, the glands involved, and the interaction between endocrine and nervous systems.

Chapter 25: Human Reproductive System

You’ll study the male and female reproductive anatomy, gametogenesis, hormonal control, and stages of human development.

Chapter 26: Human Skeletal and Muscular Systems

You’ll understand how bones and muscles work together, how joints function, and how the body maintains posture and movement.

 Online PREMED Chemistry Course

Complete Chemistry Course for Medical and Science Applicants

🧾 What’s Included in the Full Course Package

📖 91 Theory lessons (clear, structured lessons in plain, exam-ready language)

📚 424 Visual Learning Cards (with pictures and text highlighting the major topics) 

❓ 1000 Multiple choice questions (end of chapter quizzes, 50 questions per chapter)

🎥 22 Video Reviews with a total of ⏱ 8 hours and 47 minutes- the whole chapter explained lesson by lesson by a tutor- a student from the higher year of medicine.

🧾 Chapter-by-Chapter Overview

Foundations of Chemistry: In this chapter, we’ll explore the essential principles that form the basis of chemical science. From the structure of atoms to the behavior of matter, this chapter lays the groundwork for everything that follows in your study of chemistry. Whether you're aiming to understand everyday phenomena or dive into advanced scientific concepts, it all begins here.

🧪 PART 1: Inorganic Chemistry (Chapters 1–12)

Chapter 1: The Scientific Method and Properties of Matter

You will be introduced to scientific thinking and how matter is classified by physical and chemical properties. You'll explore the states of matter, changes of state, and foundational lab principles used throughout chemistry.

Chapter 2: Chemical Elements and Compounds

You will learn the difference between elements, atoms, and compounds. You’ll understand how atoms combine into molecules and how chemical formulas describe atomic composition and structure.

Chapter 3: Atomic Structure

You will explore the internal structure of atoms, including protons, neutrons, and electrons. You’ll understand atomic number, isotopes, and how electrons are arranged in shells and orbitals.

Chapter 4: The Periodic Table of Elements

You will discover how elements are organized by increasing atomic number. Learn about groups, periods, and trends like atomic radius, ionization energy, and metallic character, and how these relate to chemical reactivity.

Chapter 5: Chemical Bonding

You will explore how atoms form stable compounds through ionic, covalent, and metallic bonds. Learn about bond polarity, electronegativity, bond energy, and intermolecular forces such as hydrogen bonding and Van der Waals forces.

Chapter 6: Fundamentals of Inorganic Chemistry

You will learn to identify, name, and describe the properties of oxides, acids, bases (hydroxides), and salts. This chapter also includes their interactions in neutralization, redox reactions, and salt formation.

Chapter 7: Chemical Reactions and Stoichiometry

You will learn how to balance chemical equations, calculate molar and molecular mass, apply the mole concept, and classify types of reactions. You will also solve stoichiometry problems involving gases, solids, and solutions.

Chapter 8: Solutions

You will understand how solutions form, the role of solvents like water, and how to express concentration using molarity and other units. You’ll explore solubility, saturation, and the effect of temperature and pressure.

Chapter 9: Equilibria in Aqueous Solution

You will study reversible reactions, equilibrium constants, and Le Chatelier’s Principle. You’ll learn to apply equilibrium concepts to acid-base reactions, precipitation, solubility, and ionic equilibria.

Chapter 10: Elements of Chemical Kinetics and Catalysis

You will explore reaction rates, rate laws, and the influence of temperature, concentration, and catalysts. You’ll also learn about reaction mechanisms, transition states, and activation energy.

Chapter 11: Oxidation and Reduction

You will master oxidation numbers, redox reactions, and how to identify oxidizing and reducing agents. You'll also learn to balance redox equations and understand redox chemistry in biological and electrochemical contexts.

Chapter 12: Acids and Bases

You will study the different acid-base definitions (Arrhenius, Brønsted-Lowry, Lewis), pH, neutralization, hydrolysis, and buffers. You'll apply these ideas to chemical equilibria and biological systems.

🧬 PART 2: Organic Chemistry (Chapters 13–20)

Chapter 13: Foundations of Organic Chemistry

You will explore what defines an organic molecule and how carbon atoms form chains, rings, and complex structures. You'll learn about molecular, empirical, and structural formulas and isomerism.

Chapter 14: Carbon–Carbon Bonds and Hydrocarbons

You will study saturated and unsaturated hydrocarbons, including alkanes, alkenes, alkynes, and aromatic compounds. Learn how structure affects physical properties and reactivity.

Chapter 15: Hydrocarbons

This chapter focuses on hydrocarbon reactions: combustion, halogenation, hydrogenation, and substitution. You will explore their environmental and industrial relevance.

Chapter 16: Functional Groups and Their Properties

You’ll learn how functional groups like alcohols, ketones, amines, and acids define the reactivity and properties of organic molecules. You will also compare boiling points, acidity, and solubility.

Chapter 17: Stereochemistry and Isomerism

You will explore chirality, enantiomers, diastereomers, and geometric isomerism. Learn how 3D arrangement affects chemical behavior, especially in biological and pharmaceutical systems.

Chapter 18: Organic Reactions and Mechanisms

You’ll study substitution (SN1/SN2), elimination (E1/E2), and addition reactions. Learn about nucleophiles, electrophiles, carbocations, and energy profiles to understand how reactions progress.

Chapter 19: Spectroscopy and Analytical Techniques

You will learn how chemists identify compounds using IR, NMR, mass spectrometry, and chromatography. You’ll interpret spectra and understand how structure affects signal patterns.

Chapter 20: Applications of Organic Chemistry

This final chapter connects theory to real life—exploring the role of organic chemistry in food, drugs, materials, and sustainability. You’ll learn about polymers, medicinal chemistry, and green chemistry.

 Online PREMED Physics Course

Complete Physics Course for Medical and Science Applicants

🧾 What’s Included in the Full Course Package

📖 83 Theory lessons (clear, structured lessons in plain, exam-ready language)

📚 241 Visual Learning Cards (with pictures and text highlighting the major topics) 

📝 300 Worksheets (each worksheet with 4 topics like exercises, problems, definition)

❓ 600 Multiple choice questions (end of chapter quizzes, 50 questions per chapter)

🎥 15 Video Reviews with a total of ⏱ 5 hours and 24 minutes- the whole chapter explained lesson by lesson by a tutor- a student from the higher year of medicine.

⚛️ Chapter-by-Chapter Overview

Chapter 1: Physical Quantities and Their Measurement

In this chapter, you'll explore the foundations of physics, starting with fundamental and derived quantities. You'll learn about SI and Technical measurement systems, prefixes for multiples and submultiples, and how to use scientific notation. The chapter also covers essential unit conversions and introduces scalar and vector quantities, along with basic vector operations.

Chapter 2: Kinematics

Kinematics is the branch of physics that describes how objects move. In this chapter, you’ll learn how to characterize motion using position, velocity, and acceleration. Explore linear, circular, and harmonic motion, and understand the laws and equations that govern these fundamental concepts.

Chapter 3: Dynamics

Dynamics explores the causes behind motion, focusing on how forces affect the behavior of objects. In this chapter, you'll study Newton's laws, types of forces, and the concepts of impulse, momentum, and energy. You'll also learn about torque, work, power, and the principles of conservation that govern motion and energy in physical systems.

Chapter 4: Fluid Mechanics

Fluid Mechanics examines the behavior of liquids and gases at rest and in motion. In this chapter, you'll explore fundamental properties like density and pressure, and dive into key principles such as Pascal’s, Stevin’s, and Archimedes’. You'll also study fluid flow, including the continuity equation, Bernoulli’s principle, and how viscosity affects real fluids.

Chapter 5: Thermodynamics

Thermodynamics explores how heat, energy, and work interact within physical systems. This chapter introduces temperature, heat transfer, and calorimetry, along with phase changes and the behavior of ideal gases. You'll also learn about the fundamental laws of thermodynamics, which govern energy conservation and the direction of natural processes.

Chapter 6: Electricity and Electromagnetism

This chapter explores the nature of electric charges and the forces between them, beginning with Coulomb’s law and the concept of the electric field. You'll study electric circuits, voltage, resistance, and the behavior of capacitors and resistors. The chapter also introduces current (both DC and AC), Kirchhoff’s laws, and the connection between electricity and magnetism through the magnetic field of a current.

Chapter 7: Modern Physics and Quantum Concepts

In this chapter, you'll dive into the revolutionary ideas that transformed our understanding of matter and energy. Beginning with the photoelectric effect and wave-particle duality, you'll trace the development of atomic models from Bohr to Schrödinger. You'll also explore the implications of the Heisenberg Uncertainty Principle and uncover how quantum numbers and atomic orbitals describe the behavior of electrons in atoms.

Chapter 8: Nuclear Physics and Radioactivity

This chapter explores the powerful forces at work inside the atomic nucleus. You'll learn about nuclear structure, mass defect, and binding energy, and examine the different types of radioactive decay. Key concepts include half-life, radioactive dating, and the energy released in nuclear reactions. The chapter concludes with a look at ionizing radiation and the safety measures used to protect against its effects.

Chapter 9: Geometric and Wave Optics

Here, you'll study how light behaves as both a particle and a wave. The chapter begins with the laws of reflection and refraction, then moves into image formation using lenses and mirrors. You'll learn about optical power, the refractive index, and how interference, diffraction, and polarization reveal the wave nature of light. Practical applications of polarized light are also introduced.

Chapter 10: Electromagnetic Radiation and Applications

This chapter focuses on the electromagnetic spectrum and the wide range of phenomena it includes. You'll examine how electromagnetic waves are generated and detected, and how their energy relates to frequency and photon behavior. The chapter also highlights real-world uses of electromagnetic radiation in technology and medicine, showing how these principles impact daily life.

Chapter 11: Semiconductors and Electronic Devices

In this chapter, you'll explore the role of semiconductors in modern electronics. Starting with electrical conductivity in different states of matter, you'll learn how the p-n junction forms the basis for devices like diodes, LEDs, and solar cells. You'll also study how transformers work, the function of power lines, and the importance of electrical safety in systems that rely on these technologies.