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HIGHER-BIO. Take it higher
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    • (i) ACADEMIC QUALIFICATIONS
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  • 3) QNS TO ASK A TUTOR
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    • QNS by Current Students
      • Applications Of Anti-Freeze Proteins (Student’s Work)
    • QUESTIONS TO ASK (AND NOT ASK) A PROSPECTIVE TUTOR
  • 4) LEARNING MODEL
    • A) CONTEXTUALIZED PEDAGOGY
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    • Lesson Format and Expectations
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    • CEO Fee Scenarios
    • FEES: GROUP LESSON
    • FEES: INDIVIDUAL LESSON
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    • Biological Molecules
    • Cell Signaling
    • Cell Structure & Membrane Transport
    • Cellular Respiration
    • Climate Change
    • Enzymes
    • Evolution
    • General Homeostasis
    • Genetic Basis of Variation
    • Genetic Control and Inheritance
    • Genetically Modified Organisms
    • Genetics of Bacteria
    • Genetics of Viruses
    • Glucose Regulation
    • Immunology
    • Isolating, Cloning and Sequencing DNA (DNA Analysis)
    • Isolating, Cloning and Sequencing DNA (DNA cloning)
    • Mutation & Cancer
    • Nervous Control
    • Nuclear Division
    • Other Related Biochemistry Animations
      • Acids and bases
      • Animal Nutrition
      • Atomic Structure
      • Chemical bonding and structure
      • Chemical kinetics
      • Co-ordination and Response
      • Energetics / thermochemistry
      • Equilibrium
      • Ethology
      • Excretion
      • Homeostasis; Thermoregulation
      • Measurement and Analysis
      • Medicinal Chemistry
      • Organic chemistry
      • Periodicity
      • Plant Nutrition
      • Redox processes
      • Reproduction
      • Respiration
      • Stoichiometric relationships
      • Transport in Flowering Plants
      • Transport in Humans
    • Developmental Biology
    • Experimental Chemistry
    • Photosynthesis
    • Prokaryotic & Eukaroyotic Genomic Control
    • Stem Cell & Gene Therapy
    • Bioethics
    • (6) Chemical Reactions
    • (2) Particulate Nature of Matter
    • (3) Formulae, Stoichiometry and the Mole Concept
    • (4) Electrolysis
    • (10) Air
    • (5) Energy from Chemicals
    • (7) Acids, Bases and Salts
    • (8) Periodic Table
    • (9) Metals
    • Microbiology
  • 8) TESTIMONIALS
  • Stories of Others
  • C) BIOLOGY LEARNING AND EXAM SKILLS / STRATEGIES
HIGHER-BIO. Take it higher
  • 1) HOME
  • 2) ABOUT TUTOR
    • (i) ACADEMIC QUALIFICATIONS
    • (ii) TEACHING EXPERIENCES / APPOINTMENTS
  • 3) QNS TO ASK A TUTOR
    • C) WHY US
    • QNS by Current Students
      • Applications Of Anti-Freeze Proteins (Student’s Work)
    • QUESTIONS TO ASK (AND NOT ASK) A PROSPECTIVE TUTOR
  • 4) LEARNING MODEL
    • A) CONTEXTUALIZED PEDAGOGY
    • B) BIOLOGY MEMORY SKILLS DEVELOPMENT
    • Lesson Format and Expectations
  • 5) FEES & SCHEDULE
    • Referral Promotion
    • B) TERMS ON FEES
    • CEO Fee Scenarios
    • FEES: GROUP LESSON
    • FEES: INDIVIDUAL LESSON
  • 6) CONTACT TUTOR
  • 7) FREE RESOURCES
    • Biological Molecules
    • Cell Signaling
    • Cell Structure & Membrane Transport
    • Cellular Respiration
    • Climate Change
    • Enzymes
    • Evolution
    • General Homeostasis
    • Genetic Basis of Variation
    • Genetic Control and Inheritance
    • Genetically Modified Organisms
    • Genetics of Bacteria
    • Genetics of Viruses
    • Glucose Regulation
    • Immunology
    • Isolating, Cloning and Sequencing DNA (DNA Analysis)
    • Isolating, Cloning and Sequencing DNA (DNA cloning)
    • Mutation & Cancer
    • Nervous Control
    • Nuclear Division
    • Other Related Biochemistry Animations
      • Acids and bases
      • Animal Nutrition
      • Atomic Structure
      • Chemical bonding and structure
      • Chemical kinetics
      • Co-ordination and Response
      • Energetics / thermochemistry
      • Equilibrium
      • Ethology
      • Excretion
      • Homeostasis; Thermoregulation
      • Measurement and Analysis
      • Medicinal Chemistry
      • Organic chemistry
      • Periodicity
      • Plant Nutrition
      • Redox processes
      • Reproduction
      • Respiration
      • Stoichiometric relationships
      • Transport in Flowering Plants
      • Transport in Humans
    • Developmental Biology
    • Experimental Chemistry
    • Photosynthesis
    • Prokaryotic & Eukaroyotic Genomic Control
    • Stem Cell & Gene Therapy
    • Bioethics
    • (6) Chemical Reactions
    • (2) Particulate Nature of Matter
    • (3) Formulae, Stoichiometry and the Mole Concept
    • (4) Electrolysis
    • (10) Air
    • (5) Energy from Chemicals
    • (7) Acids, Bases and Salts
    • (8) Periodic Table
    • (9) Metals
    • Microbiology
  • 8) TESTIMONIALS
  • Stories of Others
  • C) BIOLOGY LEARNING AND EXAM SKILLS / STRATEGIES
  • More
    • 1) HOME
    • 2) ABOUT TUTOR
      • (i) ACADEMIC QUALIFICATIONS
      • (ii) TEACHING EXPERIENCES / APPOINTMENTS
    • 3) QNS TO ASK A TUTOR
      • C) WHY US
      • QNS by Current Students
        • Applications Of Anti-Freeze Proteins (Student’s Work)
      • QUESTIONS TO ASK (AND NOT ASK) A PROSPECTIVE TUTOR
    • 4) LEARNING MODEL
      • A) CONTEXTUALIZED PEDAGOGY
      • B) BIOLOGY MEMORY SKILLS DEVELOPMENT
      • Lesson Format and Expectations
    • 5) FEES & SCHEDULE
      • Referral Promotion
      • B) TERMS ON FEES
      • CEO Fee Scenarios
      • FEES: GROUP LESSON
      • FEES: INDIVIDUAL LESSON
    • 6) CONTACT TUTOR
    • 7) FREE RESOURCES
      • Biological Molecules
      • Cell Signaling
      • Cell Structure & Membrane Transport
      • Cellular Respiration
      • Climate Change
      • Enzymes
      • Evolution
      • General Homeostasis
      • Genetic Basis of Variation
      • Genetic Control and Inheritance
      • Genetically Modified Organisms
      • Genetics of Bacteria
      • Genetics of Viruses
      • Glucose Regulation
      • Immunology
      • Isolating, Cloning and Sequencing DNA (DNA Analysis)
      • Isolating, Cloning and Sequencing DNA (DNA cloning)
      • Mutation & Cancer
      • Nervous Control
      • Nuclear Division
      • Other Related Biochemistry Animations
        • Acids and bases
        • Animal Nutrition
        • Atomic Structure
        • Chemical bonding and structure
        • Chemical kinetics
        • Co-ordination and Response
        • Energetics / thermochemistry
        • Equilibrium
        • Ethology
        • Excretion
        • Homeostasis; Thermoregulation
        • Measurement and Analysis
        • Medicinal Chemistry
        • Organic chemistry
        • Periodicity
        • Plant Nutrition
        • Redox processes
        • Reproduction
        • Respiration
        • Stoichiometric relationships
        • Transport in Flowering Plants
        • Transport in Humans
      • Developmental Biology
      • Experimental Chemistry
      • Photosynthesis
      • Prokaryotic & Eukaroyotic Genomic Control
      • Stem Cell & Gene Therapy
      • Bioethics
      • (6) Chemical Reactions
      • (2) Particulate Nature of Matter
      • (3) Formulae, Stoichiometry and the Mole Concept
      • (4) Electrolysis
      • (10) Air
      • (5) Energy from Chemicals
      • (7) Acids, Bases and Salts
      • (8) Periodic Table
      • (9) Metals
      • Microbiology
    • 8) TESTIMONIALS
    • Stories of Others
    • C) BIOLOGY LEARNING AND EXAM SKILLS / STRATEGIES

Other Related Biochemistry Animations

A) Undergraduate / IB / IP / 'O' Level BIOLOGY Animations

(1) Cell Structure & Membrane Transport

(2) Biological Molecules

(3) Enzymes

(4) Animal Nutrition

(5) Plant Nutrition

(6) Transport in Flowering Plants

(7) Transport in Humans

(8) Respiration

(9) Excretion

(10) Homeostasis

(11) Co-ordination and response

(12) Reproduction

(13) Cell Division

(14) Molecular Genetics

(15) Organisms and their Environment

(16) Ethology

(17) Developmental Biology

(18) Bioethics

(19) Microbiology

B) IP / 'O' Level CHEMISTRY Animations

(1) Experimental Chemistry

(2) Particulate Nature of Matter

(3) Formulae, Stoichiometry and the Mole Concept

(4) Electrolysis

(5) Energy from Chemicals

(6) Chemical Reactions

(7) Acids, Bases and Salts

(8) Periodic Table

(9) Metals

(10) Air


C) IB CHEMISTRY Animations

(1) Stoichiometric relationships (13.5 hrs)

(2) Atomic Structure (8 hrs)

(3) Periodicity (10 hrs)

(4) Chemical bonding and structure (20.5 hrs)

(5) Energetics/thermochemistry (16 hrs)

(6) Chemical kinetics (13 hrs)

(7) Equilibrium (8.5 hrs)

(8) Acids and bases (16.5 hrs)

(9) Redox processes (14 hrs)

(10) Organic chemistry (23 hrs)

(11) Measurement and analysis (12 hrs)

(12) Medicinal Chemistry (25hrs)

GET STARTED! CONTACT US TODAY! 92312554 / h12biology@gmail.com

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