Semmelweıs Unıversıty · Medıcal School Entrance Exam

Semmelweis University
Medical Chemistry Topics

The complete list of 23 Medical Chemistry topics for the Semmelweis University entrance exam — with topic breakdowns and expert online tutoring by Perga Education. Taught entirely in English.

23 Topics General & Organic Chemistry Biochemistry Bridge English-medium Tuition

What's on this page?

Complete list of all 23 topicsOfficial Semmelweis curriculum
Topic-by-topic breakdownsWhat you need to know in each area
High-priority topics highlightedBased on exam weighting
The hardest topics & how to tackle themWith tutor tips
FAQ on exam preparationTimeline, background, tutoring
EnglishMedium Tuition
23Exam Topics
OnlinePrivate Lessons
FreeFirst Session
Semmelweıs Universıty — Medıcal Chemıstry

Semmelweis University Medical Chemistry Topics

The 23 topic headings below are taken directly from the official Medical Chemistry syllabus for the Semmelweis University entrance exam. Topics marked 🔥 are the most heavily weighted in the exam and have the strongest links to first-year biochemistry.

🔬 General & Physical Chemistry
1
General Structure of Atoms
Chemical elements of living organisms, atomic orbitals and electron configurations. Biologically relevant elements.
2
Primary Chemical Bonds & Secondary Interactions 🔥
Covalent bonds in organic compounds, ionic bonds, hydrogen bonds, Van der Waals forces and their biological significance.
3
Physical & Chemical Properties of Water 🔥
Intermolecular forces, self-ionization of water, water as a biological solvent.
4
Solutions
Components of solutions, types of concentration: molarity, molality, mass percent, mole fraction.
5
Solubility & Precipitation
Solubility of solid, liquid and gaseous solutes. Precipitation reactions and the solubility product (Ksp).
6
Acid-Base Reactions & pH 🔥
Definition of pH, the pH scale. Strong and weak acids and bases with examples. Physiological pH context.
7
Chemical Equilibria & Buffer Solutions 🔥
Le Chatelier's principle, acid-base buffer solutions, Henderson-Hasselbalch equation. Bicarbonate buffer in blood.
8
Redox Reactions
Changes in oxidation number, transfer of electrons. Voltaic (galvanic) cells.
9
Standard Reduction Potentials
Effect of temperature, pressure and concentration on reduction potential. The Nernst equation.
10
Redox Chemistry of Iron & the Biological Role of Heme 🔥
Redox and Lewis acid-base reactions of Fe²⁺/Fe³⁺. Heme structure and its role in haemoglobin and cytochromes.
11
Heat of Chemical Reactions
Exothermic and endothermic reactions. Conservation of energy, enthalpy changes.
12
Entropy & Gibbs Free Energy 🔥
Driving force of natural processes, ΔG, ΔH and ΔS relationships. Entropy and states of matter.
13
Reaction Rate, Activation Energy & Catalysis
Temperature dependence of reaction rate, activation energy, enzyme catalysis as a biochemical link.
⚗️ Organic Chemistry
14
Carbon–Carbon Covalent Bonds 🔥
Saturated and unsaturated hydrocarbons, aromatic compounds. sp³, sp², sp hybridisation.
15
Alcohols & Phenols 🔥
Reactions and physical properties. Biological alcohols and phenols.
16
Aldehydes, Ketones & Carboxylic Acids 🔥
Oxidised derivatives of alcohols. Biologically important carbonyl compounds and their reactions.
17
Amines & Imines
Types and most important chemical reactions. Biogenic amines and their physiological roles.
18
Condensed Bonds: Ether, Ester, Amide, Anhydride & Schiff Base 🔥
Special roles of phosphate esters in biology (ATP, DNA/RNA backbone). Peptide bond as an amide.
19
Sulfur Atoms in Bioorganic Molecules
Thiols, thioesters, disulfides. Role in cysteine, glutathione and Coenzyme A.
🧬 Biochemistry Bridge
20
Structure & Biological Functions of Steroids 🔥
Cholesterol and its derivatives: bile acids, steroid hormones, vitamin D. Cholesterol as a membrane component.
21
Monosaccharides & Disaccharides 🔥
Definition, classification, key representatives: glucose, fructose, galactose, sucrose, lactose.
22
Proteinogenic Amino Acids 🔥
Classification by R-group, examples, peptide bond. pKa values and acid-base behaviour of amino acids.
23
Nucleotides & Nucleic Acids 🔥
Building blocks, purines and pyrimidines, polymer structure, Watson-Crick base pairing (A–T, G–C).

🔥 = High-priority topics with direct links to first-year biochemistry and strong exam weighting

Struggling with Any of These Topics?

We teach all 23 topics in English, with exam-focused practice questions at every session.

1-to-1 online lessons, flexible scheduling
Expert chemistry tutor, medically focused content
First lesson free — no commitment required
Key Challenges

The Hardest Topics & How to Tackle Them

The topics below are where students preparing for the Semmelweis entrance exam most often lose marks — along with how Perga Education approaches each one.

Buffer Solutions & pH

Applying the Henderson-Hasselbalch equation, understanding the bicarbonate buffer in blood, and calculating pH in physiological contexts trips up many students.

→ Calculation-based practice in every session.

🔗

Condensed Bonds & Phosphate Esters

The reaction mechanisms of esters, amides, anhydrides and Schiff bases — and especially the significance of high-energy phosphate bonds in ATP.

→ Taught through visual mechanism diagrams.

🧬

Nucleotides & Base Pairing

Distinguishing purine from pyrimidine structures, understanding the DNA/RNA polymer backbone and applying Watson-Crick rules accurately under exam conditions.

→ Structure and function taught as one unit.

🌡️

Thermodynamics: Gibbs & Entropy

Understanding the ΔG = ΔH − TΔS relationship, predicting spontaneity, and linking these concepts to metabolic energy calculations.

→ Abstract concepts grounded in biological examples.

💊

Steroids & Cholesterol

Recognising the steroid ring skeleton, and understanding cholesterol's dual role as both a membrane component and a precursor to hormones and vitamins.

→ 3D structural models used in every lesson.

⚗️

Amino Acid Classification

Classifying all 20 proteinogenic amino acids by R-group properties, understanding pKa values, and mastering the peptide bond — the foundation of protein chemistry.

→ Logic-based classification, not memorisation.

Our Teaching Process

How Perga Education Prepares You for Semmelweis

The Medical Chemistry section of the entrance exam bridges general chemistry and biochemistry — and is taught in English. Our lessons are specifically designed around this structure.

1

Diagnostic Session

In the free first session we assess your current chemistry level and map out priority topics and any gaps in knowledge.

2

English Chemistry Language

All lessons are in English. You master the exact terminology used in the exam (covalent, buffer, entropy, etc.).

3

Topic-Focused Practice

Every lesson ends with syllabus-specific questions. Biochemistry links are drawn at every opportunity.

4

Progress Tracking

Written feedback after every lesson. A transparent record of which topics are complete and what comes next.

Frequently asked questions

Semmelweis Chemistry Preparation — Your Questions Answered

How much does chemistry count in the Semmelweis entrance exam?

The Semmelweis University medical school entrance exam covers biology, chemistry and physics. The Medical Chemistry component spans 23 topic areas and bridges general chemistry with biochemistry. Because chemistry questions directly underpin first-year biochemistry, a solid preparation benefits both the entrance exam and the degree itself.

Are the lessons taught in English?

Yes — all Perga Education lessons are delivered in English, since this is the language of the Semmelweis programme. Alongside the chemistry content, you become fluent in the exact terminology the exam uses. Turkish clarifications can be provided when needed, but the working language of every lesson is English.

What chemistry background do I need before applying?

A solid high-school chemistry foundation is sufficient to begin. Students with A-Level, IB or AP Chemistry have an advantage, as the Semmelweis syllabus treats organic chemistry in a biological context that these programmes introduce. We assess your exact starting point in the free first session.

How long should I prepare for the chemistry section?

Most students benefit from 3–5 months of focused preparation, though those with a stronger background may need as little as 2 months. We build a personalised timeline based on your exam date. Contact us on WhatsApp to discuss your schedule →

Does Perga Education also help with other Central European medical schools?

Yes. Alongside Semmelweis, we offer online chemistry tutoring for the entrance exams of Pécs, Debrecen and other Central European medical faculties, as well as A-Level and IB Chemistry programmes. See all our programmes →

Ace the Semmelweis Medical Chemistry exam.

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