A pharmacist with 5 years of experience teaching biology. It is a great and very enjoyable science in which the student sees the Creator’s power and creativity in his creation. The student will learn what is required of him in his curriculum and enjoy learning this great science in addition to developing his skills in studying it through a simplified explanation and illustrative means and solving the school assignments required of him with it.

As I studied basic medical sciences as well as advanced biology, I became fascinated by how it governs everything around us. Therefore, my goal is to facilitate the subject to my students so they can see how truly interesting science is.

Cell Biology is a fundamental topic in both the IGCSE and CIE AS/A Level Biology curricula. It focuses on the structure, function, and processesof cells, the basic units of life. Here's a breakdown of the content at each level: --- IGCSE Biology (0610/0970) At the IGCSE level, cell biology introduces foundational concepts about cells, their structures, and processes: 1. Cell Structure and Organization -The Cell as the Basic Unit of Life: - Differences between plant and animal cells. - Identification and functions of cell structures (organelles): - Cell membrane: Controls the movement of substances. - Cytoplasm: Site of metabolic reactions. - Nucleus: Contains DNA and controls cell activities. - Mitochondria: Site of aerobic respiration. - Chloroplasts (plant cells): Site of photosynthesis. - Vacuole: Contains cell sap (large in plants). - Cell wall(plant cells): Provides structure and support. - Use of a light microscope to observe cells. 2. Specialization of Cells. - Specialized cells and their adaptations: - Red blood cells, nerve cells, root hair cells, ciliated cells, sperm cells, etc. - Understanding tissues, organs, and organ systems. 3. Movement of Substances - Processes for the movement of substances across membranes: - Diffusion: Movement of particles from high to low concentration. - Osmosis: Movement of water through a selectively permeable membrane. - Active transport: Movement of substances against a concentration gradient using energy. 4. Enzymes - Enzymes as biological catalysts and their role in cell processes. - Factors affecting enzyme activity: temperature, pH, substrate concentration. CIE AS and A Level Biology (9700) At the AS/A Level, cell biology expands significantly, focusing on advanced concepts, cellular processes, and microscopy: 1. Cell Structure - Prokaryotic vs. Eukaryotic Cells: - Prokaryotes (bacteria) lack a nucleus and membrane-bound organelles. - Eukaryotes (plants, animals, fungi, and protists) have a nucleus and organelles. - Structure and Function of Organelles: - Nucleus: Contains chromatin and nucleolus. - Mitochondria: Site of ATP production (aerobic respiration). - Ribosomes: Site of protein synthesis. - Endoplasmic Reticulum (ER): - Rough ER: Protein transport and modification. - Smooth ER: Lipid synthesis. - Golgi Apparatus: Modification, packaging, and transport of proteins. - Lysosomes: Contain enzymes for digestion. - Chloroplasts (plants): Site of photosynthesis. - Cell membrane: Phospholipid bilayer and fluid mosaic model. - Cell wall: Found in plants, fungi, and prokaryotes. - Microscopy: - Light microscopes and electron microscopes (TEM and SEM). - Calculations: magnification and actual size 2. Cell Membranes and Transport - Structure of the phospholipid bilayer (fluid mosaic model). - Functions of proteins in the membrane: carriers, channels, and receptors. - Transport mechanisms: - Diffusion, facilitated diffusion, osmosis, and active transport. - Endocytosis and exocytosis (bulk transport). 3. Cell Division - Mitosis: - Stages of mitosis: prophase, metaphase, anaphase, and telophase. - Importance of mitosis for growth, repair, and asexual reproduction. - Meiosis: -Production of gametes. - Significance in genetic variation through crossing over and independent assortment. 4. Cell Communication and Enzymes - Role of enzymes in metabolism (anabolic and catabolic reactions). - Cell signaling: How cells communicate via hormones and receptors. 5. Viruses - Virus structure and replication as non-cellular entities (e.g., HIV and influenza). - Summary - At the IGCSE level, cell biology focuses on basic cell structures, specialized cells, diffusion, osmosis, and enzyme functions. - At the AS/A Level, it covers advanced topics such as organelle structure, cell division, membrane transport, microscopy, and the differences between prokaryotic and eukaryotic cells.

**Class Description:** This tutoring service offers comprehensive support for GCSE and A-Level Biology students across all UK examination boards. Each session is specifically tailored to the individual learning needs of the student, focusing on both the academic requirements of their syllabus and their personal progress. As a fourth-year medical student, I bring a deeper understanding of biology through advanced studies and real-world applications, allowing me to provide insight into the subject beyond the curriculum. My teaching approach goes beyond simply preparing for exams; while exam-style questions will be regularly incorporated to ensure familiarity with the format and structure of assessments, the main focus will be on fostering a thorough and long-lasting understanding of biological concepts. Homework will be assigned after every lesson to reinforce the topics covered and ensure consistent progress. Additionally, exam-style questions will be systematically reviewed and analysed, equipping students with the confidence and exam techniques needed to excel in their qualifications. With this combination of tailored tutoring, practical insight, and academic support, students will be empowered to master their Biology studies and achieve their goals. I hold advanced DBS certification, have worked with children before and also work in psychology and paediatrics within the NHS.

Structure of the plasma membrane The plasma membrane is mainly composed of: Phospholipids: These amphipathic molecules (having both a hydrophilic and a hydrophobic part) are organized into a double lipid layer. This structure gives the membrane its semi-permeable barrier property. Proteins: They are integrated into the lipid bilayer and perform various functions: transport of molecules, reception of signals, cellular recognition, etc. Carbohydrates: Linked to lipids (glycolipids) or proteins (glycoproteins), they play an important role in cell recognition and cellular interactions. Function of the plasma membrane Selective barrier: The plasma membrane allows the selective passage of certain molecules while preventing others. Transport: Membrane proteins provide passive (simple or facilitated diffusion) or active (pumps) transport of molecules across the membrane. Receiving signals: Membrane receptors allow the cell to detect and respond to signals from its environment. Cell recognition: Molecules present on the surface of the membrane allow cells to recognize and interact with each other. Maintenance of homeostasis: The plasma membrane helps maintain a stable intracellular environment by regulating exchanges between the cell and its environment. Properties of the plasma membrane Fluidity: The plasma membrane is not a rigid structure but rather fluid, which allows it to deform and change shape. Asymmetry: The two faces of the plasma membrane have different compositions, which gives the membrane polarity. Plasma membrane models Fluid mosaic model: This model, the most accepted, describes the membrane as a constantly changing mosaic of lipids and proteins.

Biology can be tricky as it contains lots of different components. This can be introduced slowly as I will provide support over lessons teaching you lots of information but a slow and steady pace giving you questions and answers along the way. Homework will also be provided this is to ensure that the lesson has stuck into your head and you have grasped it. If not there is no worries as things can take a while to learn but by the end you will feel a lot less stress about what you may be learning in biology. You may be finding one specific topic in biology hard and we can always go over that in the lesson or we can find stuff to look over in the lessons to keep your brains up to date for upcoming important exams.

Unlock your full potential in biology! I have obtained a bachelor degree in Biology at the University of Edinburgh, and hold a PhD in Tissue Engineering from the University of Zurich. Whether you're a high school student preparing for exams or a first-year bachelor's student looking to strengthen your foundation, I will tailor the private lessons to meet your needs. With clear explanations, engaging discussions, and practice exercises, you'll build confidence in topics ranging from cell biology and genetics to human physiology and immunology.

Biology, the study of life, is essential for understanding the natural world, fostering critical thinking, and preparing for diverse careers in healthcare, biotechnology, and environmental science. It equips students to tackle global challenges like climate change and pandemics while connecting with fields like chemistry and physics to open interdisciplinary opportunities. My tailored tutoring services provide engaging lessons and exam-focused strategies for students at all levels, helping you excel academically and beyond.

I offer private lessons to help you deepen your knowledge in biology, microbiology, cellular and biomolecular biology. Whether you are a high school student, a science student, or simply passionate about the subject, I adapt to your level and your specific needs. In my classes, we will cover fundamental theoretical concepts and practical applications together. My goal is to help you gain a deep understanding of the mechanisms of life, develop your analytical skills, and build your confidence to succeed in your scientific exams and projects. What you will find in my courses: - Understanding of the basics and advances of biology and microbiology - Analysis of cellular and molecular mechanisms - Scientific methodology and problem solving - Personalized support for homework and exams

My online tutoring offers a wide range of subjects, taught by experienced and passionate instructors. In **Biology** and **Zoology**, we cover foundational concepts up to advanced topics, helping students understand life sciences deeply, from cell structure to ecosystems and animal behavior. Our **Math** classes span from basic arithmetic to higher-level topics, fostering strong problem-solving skills and logical reasoning. **English Grammar** sessions improve writing clarity, syntax, and vocabulary, building confidence in both academic and everyday language use. In **Environmental Science**, we explore ecosystems, sustainability, and human impact on the planet, encouraging a responsible and informed approach to environmental challenges. Finally, our **Yoga** classes offer physical and mental benefits, teaching postures, breathing techniques, and mindfulness for overall well-being. Our tutoring ensures an engaging, flexible learning experience, adapting to each student’s pace, from beginners to advanced learners, to build solid knowledge and confidence in each subject.

This tutoring class focuses on Biology, Cell Biology, and Microbiology, offering personalized support for students seeking to enhance their understanding of these subjects. Tailored for individual or small group settings, the class covers fundamental biological concepts, including the diversity of life, genetics, cell structure and function, and the role of microorganisms. Sessions emphasize interactive learning through discussion and problem-solving, helping students tackle challenging topics and apply concepts to real-world scenarios. With a focus on building a solid foundation and developing critical thinking skills, this class is ideal for high school and college students looking to strengthen their knowledge and prepare for exams with confidence. Whether you're struggling with specific areas or aiming to deepen your grasp of the material, this tutoring class provides the guidance and resources you need to succeed.

Biology is the science of life and living beings. This subject allows us to dive deep into the intricate areas of basic life systems and different types of organisms, their structures and functions. Understanding Biology in my opinion requires 3 basic skills: 1) Listening 2) Interpretation 3) Connecting different pieces of information (joining the dots). In my sessions, we'll aim to develop on these 3 skills in order to have a thorough understanding of Biology and remembering the concepts as stories.

Biology is all around us and is what our world is created from. In my class, students will ecplore the diverse world of biology, including plants, animals, cellular biology and marine biology. Students will actively participate through problem-solving, discussions, and hands-on activitirs. My teaching styles will be tailored to accomidate the different levels and abilities students may have. We will use learning tools such as videos, visual aids, games and real-woorld examples. By the end of my teaching, students will have the ability to approach biology in creative ways, using both logic and critical-thinging to find solutions

I will help you break down complex topics in molecular biology, organic chemistry, genetics, biochemistry, and other relevant areas to make them understandable and engaging. I will work with students of various academic levels to help tailor lesson plans and to meet individual learning needs and goals.

Having a biology GCSE is beneficial because it equips you with a solid understanding of living organisms and their interactions, which is essential for many careers in health and science. It also opens up opportunities for further education in specialized fields like medicine, environmental science, and biotechnology.