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IGCSE · Cambridge (CIE) · 0970

Locate pulp, nerves, blood vessels, bone and gums

Connect the tooth centre with surrounding support structures.

Physical digestion pathway · 0970 (9–1) · 7.3
Exam scope and assessment notes

Core and Extended · Biology 0970, 2026–2028. Use the stated specimen features and evidence. Diagrams are schematic. Written practice is self-checked; human subject-teacher review, supervised practical competence and cumulative assessment remain pending. Cambridge states that IGCSE 0970 has the same subject content as IGCSE 0610, with 9–1 grading. This StudyForA pathway maps the 2026–2028 syllabus only. This 9–1 graded qualification is available only in a limited number of administrative zones. Confirm that your centre can enter you for this code and exam series with Cambridge International. Cambridge has published a separate syllabus for 2029. StudyForA has not reconciled that version yet; this page supports exams in 2026, 2027 and 2028 only.

Before you begin

  • Recall large and small nutrient molecules, cell membranes and enzyme specificity.
  • Use the stated diagram keys and evidence; models are not to scale.

Work on paper. Try each question before revealing help, and explain why your method works.

Quick readiness check

What does the pulp contain?

What you will learn

  • Connect the tooth centre with surrounding support structures.
  • Explain why a surface image cannot prove internal anatomy.
Original section schematic: enamel covers crown, dentine surrounds pulp, cement covers root. Pulp contains nerves and blood vessels. Gums surround the neck and the root is embedded in the jaw bone region. Supporting tissues and full three-dimensional detail are simplified.Read the tooth from outsideinwardEnamelDentinePulpNerveBloodvesselsGumsCementBoneSection model · not to scale
Original section schematic: enamel covers crown, dentine surrounds pulp, cement covers root. Pulp contains nerves and blood vessels. Gums surround the neck and the root is embedded in the jaw bone region. Supporting tissues and full three-dimensional detail are simplified.

Soft tissue inside the tooth

Pulp is soft tissue in the central cavity, containing nerves and blood vessels. Blood vessels supply the living tissues; nerves carry signals. A tooth is not simply a solid block of enamel.

The pulp region extends into the root canal. In a schematic, separate the central cavity from the dentine surrounding it. Nerves and vessels are structures within the pulp, not substitutes for the whole pulp.

The tooth is embedded and supported

Roots are embedded in the jaw bone region, and gums surround the neck of the tooth. Cement covers the root and contributes to its attachment through supporting tissues. The root does not normally hang freely in an empty mouth space.

The schematic omits some supporting-tissue detail and is not a dental diagnosis. Its purpose is to identify the required structures and their relative locations. The visible outer tooth surface cannot reveal every internal structure.

Pause and explain

Which statement describes support correctly?

Put the idea to work

Worked example

A section pointer enters the central soft region containing red and blue vessel lines and a nerve. Name the region.

Show the worked solution
  1. It is central, not outer enamel.
  2. It contains vessels and nerves.
  3. Identify pulp.

Answer Pulp, the central soft tissue containing blood vessels and nerves.

Try a topic test

Choose Easy, Normal or Difficult. Save your answers and open worked review after finishing.

Test this topic →

From guided practice to a new situation

Write your answer and reasoning first. Use a hint only if you are stuck. The model solution is for self-checking; your written work is not automatically marked.

1 · Guided

Name two structures found in pulp and one function of each.

Give me a hint

Use vessels and nerves.

Compare my reasoning
  1. Blood vessels supply living tissue.
  2. Nerves carry signals.

Blood vessels provide supply; nerves transmit signals.

Look for these in your work

  • Both structures.
  • Distinct functions.
2 · Independent

Why cannot an ordinary photograph of the crown establish the exact shape of the pulp cavity?

Give me a hint

The outer surface hides internal layers.

Compare my reasoning
  1. Pulp is internal.
  2. A suitable section or imaging view is needed.

The pulp is internal, so an external crown photograph does not reveal its full shape.

Look for these in your work

  • Internal/external distinction.
  • Appropriate evidence limit.
3 · Transfer

A drawing places gum inside the tooth and pulp outside around the root. Correct their locations.

Give me a hint

Use the central versus surrounding distinction.

Compare my reasoning
  1. Pulp is inside the central cavity.
  2. Gums surround the tooth neck outside.

Pulp is central inside the tooth; gums surround it externally near the neck.

Look for these in your work

  • Both locations corrected.
  • No tissue swap.

Common mistakes

  • A vessel line is not the whole pulp.
  • Gum and jaw bone are distinct surrounding structures.
Recall without your notes

What can you explain now?

Which statement describes support correctly?

Compare with the explanation

The root is embedded in the jaw bone region and gums surround the neck.

These are distinct supporting structures.

After trying it yourself, choose your next review. This is your self-assessment.

Your review choice appears on Today. Sign in to sync it across devices.

Make it stick

Locate pulp and distinguish its contents from bone and gums.

If you needed the solution, close it and solve the problem again from a blank page. A correct answer is stronger when you can explain the reason for each step.

Keep learning Biology (9-1)

Course scope and assessment

780 sequenced lessons provide 2340 guided, independent and application problems in characteristics, classification, cells, organisation, specimen size, membrane transport, biological molecules, enzymes, plant and human nutrition, plant transport, circulatory systems, the heart, blood vessels, blood, disease transmission, body defences, immunity, gas exchange in humans, respiration energy uses and investigations, aerobic respiration, anaerobic respiration and recovery, excretion in humans, coordination and response, sense organs, hormones, homeostasis, tropic responses, drugs, asexual reproduction, sexual reproduction, sexual reproduction in plants, sexual reproduction in humans, sex hormones in humans, sexually transmitted infections, chromosomes, genes and proteins, mitosis, meiosis, monohybrid inheritance, variation, adaptive features, selection, energy flow, food chains and webs, nutrient cycles, population, community, ecosystem, population-growth phases, food supply, habitat destruction, pollution, conservation, biotechnology and genetic modification. 61 of 61 syllabus sections have linked teaching and staged practice. The earlier inheritance overview remains introductory, and the monohybrid pathway develops the relevant Core and Supplement requirements. This is not full programme completion or guaranteed exam readiness. Written practice is self-checked. This is the separate 9–1 qualification 0970; Cambridge states that its 2026–2028 subject content is otherwise the same as 0610. This 9–1 graded qualification is available only in a limited number of administrative zones. Confirm that your centre can enter you for this code and exam series with Cambridge International. The 2029 syllabus is separately published at https://www.cambridgeinternational.org/Images/764352-2029-syllabus.pdf and is not yet mapped here. This course supports exams in 2026, 2027 and 2028 only.

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