26tasks
2 h 30 minto complete
What to take with you
- Ruler
- Pencil
- Non-programmable calculator
Where points are lost
- Mixing up similar terms
- Missing the answer in the text
- No conclusion in the experiment
Group formingAXIOMA / 11
Biology.
A look
inside life.
A cell under the microscope, a skeleton bone by bone, genetics without fear. School curriculum, OGE and EGE — with models and experiments right in the lesson. We will open the course as soon as five students sign up — one-to-one or in a group, it doesn’t matter.
5 students neededBe the first on the list
Grades 5–11 · enrolment openWe start once 5 students sign up
Microscope
×100
Turn the knobDrag in a circle or use the mouse wheel
Hint
Turn the focus knob until the cells are sharp. Then switch the objective or the slide.
01Course programFrom the cell
From the cell
to a high score
The course programme. After the first lesson it becomes clear where the gaps are and where we can move faster.
We will open the course once five students sign up — one-to-one or in a group. Signing up is free and commits you to nothing.
School basics
Living means interesting
Following the national standard: plants, fungi, bacteria and animals — through observation, models and “why” questions.
- The cell
What all living things are made of — seen under a microscope.
- Plants
How a root, a leaf and a flower work and why a plant needs photosynthesis.
- Animals
From the paramecium to mammals: who is built how and why.
- Observations
We learn to describe an experiment and draw a conclusion — useful in exams.
What we work towards
Choose this program The student understands how living things work and is not afraid of biological terms.
The human body
How we ourselves work
Human anatomy and physiology: organs, systems and how they work together.
- Skeleton and muscles
Bones, joints and muscles — on an interactive model.
- Blood and heart
Circulation, blood groups and how the heart works.
- Nervous system
Reflexes, sense organs and higher nervous activity.
- Health
Hygiene, nutrition and first aid — knowledge for life.
What we work towards
Choose this program A clear picture of the human body — the foundation of the OGE and EGE.
OGE
Biology OGE without surprises
All exam tasks: terms, diagrams, working with text and analysing an experiment.
- Terms and diagrams
We recognise an object in a picture and name it correctly.
- Working with text
We find the answer in the text and put it in our own words.
- Experiment
Aim, control, conclusion — we analyse experiments the way the criteria require.
- Mock exams
Timed papers and a review of every mistake.
What we work towards
Choose this program A calm OGE and a confident top grade.
EGE
A high score in the Biology EGE
Cytology, genetics, evolution and ecology — with a focus on part two, where the score is decided.
- Genetics
Crossing problems: Punnett square, linkage, sex — by algorithm.
- Cytology
Mitosis, meiosis, protein synthesis — counting chromosomes and DNA.
- Experiment
We learn to assess an experiment and justify the conclusion — more important than ever in 2026.
- Part two
We write extended answers according to the examiner’s criteria.
What we work towards
Choose this program A high EGE score for medical and biology universities.
LabTry
Try
biology hands-on
This is what our lessons look like: everything can be turned, clicked and checked. On the dashboard board, the student and the teacher see the same models.
X-rayHover over the person
Under the circle is an X-ray: you can see bones, lungs and the heart. Click a bone to find out its name.
An adult skeleton has 206 bones. The longest is the femur, the smallest is the stirrup in the ear.
- Skull — Protects the brain. 23 bones; only the lower jaw moves.
- Lower jaw — The only movable bone of the skull: it lets us chew and speak.
- Spine — 33–34 vertebrae: it holds the body up and shelters the spinal cord.
- Collarbone — Connects the arm to the breastbone — the most frequently broken bone.
- Breastbone — A flat bone in the centre of the chest; the ribs attach to it.
- Ribs — 12 pairs of ribs form the rib cage and protect the heart and lungs.
- Humerus — The largest bone of the arm — from shoulder to elbow.
- Ulna — The forearm bone on the little-finger side; it forms the elbow.
- Radius — The forearm bone on the thumb side — it rotates the palm.
- Hand — 27 bones: the wrist, the palm and the finger phalanges.
- Pelvis — Supports the spine and protects the pelvic organs.
- Femur — The longest and strongest bone in the body — it can bear up to a tonne.
- Kneecap — A small bone inside a tendon — the shield of the knee joint.
- Tibia — The main weight-bearing bone of the lower leg — we stand on it.
- Fibula — The thin bone of the lower leg: it strengthens it and holds the ankle.
- Foot — The 26 bones of the foot work like a spring when we walk.
72beats per minute
CirculationTwo circuits
Blue is venous blood, low in oxygen; red is arterial. Click a part of the heart or a vessel.
In a minute the heart pumps about 5 litres of blood — almost all the blood in the body.
- Right atrium — Venous blood from the whole body arrives here through the venae cavae.
- Right ventricle — Pushes blood into the pulmonary artery — into the pulmonary circuit, to the lungs.
- Left atrium — Receives oxygen-rich blood from the lungs.
- Left ventricle — The strongest chamber: it has the thickest wall and drives blood into the aorta — the systemic circuit.
- Aorta — The largest artery: it carries blood from the left ventricle to the whole body.
- Pulmonary artery — Carries venous blood from the right ventricle to the lungs.
- Venae cavae — Bring venous blood from the body into the right atrium.
Click an organelleInside the cell
Everything inside is alive: the cytoplasm flows and the mitochondria move. Switch to the plant cell and compare — a favourite exam question.
- Cell membrane — A double layer of lipids: it decides what to let into the cell and what not.
- Cell wall — A rigid frame of cellulose — only in plants, fungi and bacteria.
- Nucleus — Stores DNA and runs the cell. RNA leaves through pores in its envelope.
- Nucleolus — Inside the nucleus: ribosome subunits are assembled here.
- Mitochondrion — The “power station”: it turns glucose and oxygen into energy — ATP.
- Rough ER — A network of channels with ribosomes: proteins are made here.
- Golgi apparatus — Packs substances into vesicles and sends them where they are needed.
- Lysosome — A vesicle of enzymes — it digests what is no longer needed.
- Centrosome — Two centrioles: they pull the chromosomes apart when the cell divides.
- Chloroplast — Photosynthesis happens here: light + CO₂ + water → glucose and oxygen.
- Central vacuole — A reservoir of cell sap that keeps the cell firm.
- Ribosomes — Tiny protein “factories”, free-floating and on the ER.
An EGE exam taskComplete the second strand
The complementarity rule: A always pairs with T, and G with C. You can press the A, T, G, C keys.
Aa
×Aa
♀ \ ♂AaAa
Mendel’s peas: A — yellow peas (the dominant trait), a — green. Choose the parents and cross them — the gametes will fly into the grid by themselves.
ResultPress “Cross”
We’ll count how many yellow and green peas there will be and which genotypes appear.
02Inside a lessonA microscope on the screen.
A microscope on the screen.
A model on the board.
See it all yourself.
One-to-one or in a mini-group — whichever suits you. The account board has a microscope, a skeleton, a cell and a Punnett square — everyone sees them at once.
We start with the object: a slide under the microscope, a bone of the skeleton or a diagram of a cell.
We figure out how it works and why — without cramming.
An OGE or EGE task on the lesson topic — with a review right away.
Flashcards and tasks in the account — five minutes a day.
Individual attentionPractice in every lessonHomework with feedback
For parents
A report after every lesson
What was covered, how your child worked, the homework and the tutor’s advice. Short by email, more detail in Telegram, in full with progress in your account and the Axioma app.
- Telegram
- Axioma app
- Browser notification
- Personal account
- VKsoon
- WhatsAppsoon
ExamWhat you really need
What you really need
for the exam
Short and to the point: what the exam consists of, what you can bring and where people most often lose points.
28tasks
3 h 55 minto complete
What to take with you
- Ruler
- Non-programmable calculator
- The genetics algorithm — in your head
Where points are lost
- Mistakes in genetics problems
- Chromosomes in meiosis
- Incomplete answers in part two
Based on the FIPI 2026 specifications: the exam structure has not changed. We double-check with fipi.ru before the exam.
The Axioma platformWe have everything
We have everything
for learning
A lesson is only the beginning. The Axioma dashboard has everything you need to study without extra notebooks and websites.
A board with models
A microscope, a skeleton, a cross-section of a cell and a Punnett square right in the lesson. The student sees the same as the teacher.
Flashcards
Terms, organelles, bones and formulas. They come back for review by themselves when it’s time.
Practice and mock exams
Tasks in the OGE and EGE format with checking and explanations. You can see which topics are weak.
Library and notes
Textbooks and notes for every topic, readable right in the dashboard.
Homework with feedback
Tasks after the lesson, deadlines and the teacher’s comments in one place.
Report after each lesson
Parents see what was covered and how the student did. No calls or chats needed.
Waiting listWe need 5 people —
We need 5 people —
and we start.
The course opens once there are 5 students on the list. You can study one-to-one or in a mini-group — whichever suits you. Signing up is free and commits you to nothing: we’ll write when the group is full and agree on a time.
5 students needed Be the first.
- 1Sign up
Name, grade and how to reach you.
- 2Invite friends
Your own invite link: every friend fills one more place.
- 3We start
Once 5 have signed up, we open the course and schedule the first lessons.
10% off the first package for anyone who brings at least one friend.
You’re on the list!
We’ll write when the course opens.
Your invite link
Anyone who brings at least one friend gets 10% off the first package.
04Biology pricingOne price
One price
for every grade.
This is what lessons will cost once the course opens. Bring a friend and get 10% off your first subscription.
Individual lesson
Prices cover individual lessons of the selected length, before any additional discounts. Dollars and euros are an approximate conversion; payment is in roubles. Small groups and full calculation
When will lessons start?
As soon as five students are on the list. We will write to everyone and agree on a convenient time.
How can we open the course faster?
Invite friends and classmates: after signing up you get your own invitation link. Bring a friend and get 10% off your first subscription.
Do I have to study in a group?
No. Five students is the condition for opening the course — you can study one-to-one or in a mini-group.
Do you prepare for the OGE and EGE?
Yes: all tasks, genetics problems, experiments and extended answers by the criteria.
How much will it cost?
A 60-minute one-to-one lesson is 2,500 ₽, a 4-lesson subscription is 9,600 ₽, an 8-lesson package is 18,400 ₽. A mini-group is cheaper — we will name the exact price at the start.
Keep exploringA little more
A little more
curiosity
Let’s open the course togetherInvite a friend —
Invite a friend —
we’ll start sooner.
Everyone who signs up fills one of the 5 places. Anyone who brings a friend gets 10% off the first package.
Join the waiting list