Biotechnology is an interdisciplinary field that applies biological principles and techniques to solve problems in medicine, agriculture, and industry. This course explores the integration of biology and technology to enhance human life, focusing on areas like genetic engineering, fermentation, and the use of microorganisms in industrial processes. Key Topics Include: - Principles of Biotechnology: Understanding recombinant DNA technology, enzymes in biotechnology, and genetic modification. - Applications in Agriculture: Genetically modified organisms (GMOs), crop improvement, and pest-resistant plants. - Medical Biotechnology: Development of vaccines, antibiotics, gene therapy, and the production of biopharmaceuticals. - Industrial Biotechnology: The role of microbes in fermentation, biofuels, and waste management. - Ethical and Social Implications: Discussion on the impact of biotechnology on society, the environment, and ethical considerations. Skills Developed: - Critical thinking and problem-solving in biological contexts. - Laboratory skills, including working with microorganisms and DNA. - Data analysis and interpretation of experimental results. - Understanding the ethical dimensions of biotechnological advancements. This course prepares students for higher education in biological sciences and careers in biotechnology-related industries, emphasizing the practical applications and implications of modern biological research.

💊 Experienced Pharmacist & Pharmaceutical Sciences Tutor 💊 With a solid background in pharmacy and a passion for teaching, I specialize in pharmaceutical sciences, helping students navigate this dynamic field. My aim is to bridge the gap between theory and practice, ensuring that my students understand both the science and its applications in real-world scenarios. 🔍 What I Offer: In-depth knowledge of pharmacology, drug formulation, and therapeutic strategies Customized tutoring sessions tailored to your learning needs and goals Practical insights drawn from my professional experience in the pharmaceutical industry 📖 My Teaching Philosophy: I believe in creating a supportive and interactive learning environment where students feel empowered to ask questions and engage deeply with the material. Together, we will explore the complexities of pharmaceutical sciences, preparing you for academic success and a rewarding career. Let's embark on this educational journey together!

As a biochemistry graduate and a master's student in biotechnology, I offer expert guidance in biology and chemistry, tailored to different learning levels. Whether you're a school student struggling with concepts, a university student preparing for exams, or just curious about the sciences, this course will help you build a strong foundation. You will learn: 🔬 Biochemical pathways & molecular biology ⚗️ Chemical reactions, stoichiometry & organic chemistry 🧬 Genetics, cell biology, and metabolism 🔎 Lab techniques & real-world biotech applications 📚 Exam preparation & problem-solving strategies Lessons are interactive, structured, and customized to suit individual learning needs.

I am laureate in Scienze Biologiche e Biotecnologie, Indirizzo Ambiente e Agro-Industria. For 5 years I continue to be students of different età, in diverse corsi di scienze. Chemistry, mathematics, biology and others are not secret per me. With this enthusiasm I will wait for others to stop in a very simple way. Here we learn in the preparation of those written and oral, and in the study of the various disciplines.

I have a passion for science, especially life science. After having finished my master's degree in Biotechnology and working as a molecular oncology researcher for 3 years, I now wish to share my passion for this field with budding, curious minds. In this class, based on the requirement of the student, I will focus on basic or advanced life science topics such as molecular biology, cell biology, biochemistry and bioanalytical techniques. If you are in school and need your basics covered, I can teach basic biology and chemistry in the simplest manner. I can understand these subjects can come off as quite dry to many students, but hopefully, my extreme enthusiasm in this field will change that for you. Hope to see you soon.

Learning science is a powerful tool for all. I will design the course in the most easy way. I will specify each and every point . You will be expert in subject by the end of session. I will try to clear all doubt during class and we will achieve best together.

Do you ever wonder why you're not supposed to eat grapefruits whilst taking certain medicines? Are you an undergraduate struggling with a particular topic in your degree (or is there something you're dying to know more about)? Do you have any vaccine-hesitant relatives? Or perhaps you always thought cells were cool but never knew where to start? If so, this might be for you. Like all my classes, this is student-led: you tell me what particular area you want to learn about, and I'll teach it to you. If you just want to know more about how we function and don't know where to start, don't worry! I'll take you through basic undergraduate topics like Biological Chemistry and Cell Biology, and as your knowledge of the fundamentals grows we'll move on to more advanced topics such as Metabolism, Genomics, Biotechnology, Microbiology and Immunology, and you can direct your own learning journey. I have a first-class Biochemistry degree from Imperial College with particular strengths/academic interests in Antimicrobial Resistance, Immunology, Biotechnology and Plant Science.

In bioprocessing you cannot have the cake and eat it too. Constantly, you need to make choices about which unit operation is best suited for a particular application and what are the trade offs. Because of so many factors that guide this decision, it can be daunting for starting biotech/bioprocess students to be overwhelmed. I was definitely overwhelmed in my 1st year of uni. But after 5 years studying the subject, I am here to help you to think like an engineer and make informed choices based on the context of the process and product. In my class, I will teach you the theoretical background behind bioreactors and common unit operations (e.g. filtration, centrifugation, chromatography) and how to implement them into a bioprocess. This class is best suited for university students (bachelor or master), people joining/switching industry or just people interested in how pharmaceuticals are made! If you are a university student, we can can discuss your own assignments or projects. My tutoring style is discussion-based. We will have a conversation about the subjects rather than a lecture, which will give you the tools and confidence to better synthesize the course content and present your ideas in a specific manner. I create my own materials for each class, including definitions, calculations, diagrams and past-exam questions. I use a touchscreen tablet to interactively annotate our class worksheets, draw P&IDs, structures and mechanisms, write down chemical reactions and step-by-step calculations. For any questions, please feel free to contact me!

I am an experienced and enthusiastic educator with vast teaching experience in teaching undergraduates at the University of Oxford and affiliate Colleges and summer courses. I strongly believe in ‘enabling’ students realise their potential through mentoring and personalized education. I am committed to equality in education. I specialise in teaching chemistry, particularly organic chemistry and chemical biology.

Edexcel Advanced Level Paper Discussion for January Exam Candidates If you’re preparing for your Edexcel Advanced Level exams in January, this discussion session is tailored to help you approach the exams with confidence and clarity. Designed specifically for January exam candidates, this interactive session will focus on key strategies and exam techniques to boost your performance. Session Features: 1. In-Depth Question Analysis: We’ll break down complex questions to help you understand what examiners are looking for, identify keywords, and explore how to structure answers for maximum clarity and impact. 2. Effective Exam Techniques: Learn essential time-management strategies, along with techniques for approaching different types of questions, from multiple choice to essay-based responses, ensuring you maximize your marks in each section. 3. Comprehensive Topic Review: We’ll cover major themes and concepts that are commonly tested, reinforcing critical areas of the curriculum to strengthen your understanding and recall under pressure. 4. Past Paper Practice and Discussion: Gain hands-on experience by working through previous exam papers. Our guided discussion will focus on tackling tricky questions, identifying patterns, and applying theoretical knowledge effectively. 5. Advanced Problem-Solving Strategies: Develop techniques to handle difficult questions under time constraints, ensuring you remain calm, focused, and strategic. This session is an invaluable opportunity to deepen your knowledge, refine your skills, and enter the exam room fully prepared. Join us for a comprehensive review that will enhance your readiness and boost your confidence for the January exams.

I am a graduate in pharmaceutical sciences (gold-medalist) and I teach the following subjects: Chemistry, Organic Chemistry, Biochemistry, Biotechnology, Cell Biology, Genetics, Medicinal Chemistry, Pharmacology, Analytical Chemistry. Highly interactive and friendly sessions to ensure complete comprehension of concepts and revision of basic fundamentals. A progress monitor is recorded and updated to better the understanding ability and progress of the learner. Being a post-graduate student myself, I am aware of the teaching environment and methodology a student expects. I believe being comfortable in asking questions until a concept is crystal clear, is of utmost importance at any level of learning.

In this course we will explore the central dogma of molecular biology, the fundamental principle that explains how genetic information flows from DNA to proteins, through the processes of transcription and translation. Through dynamic lectures, we will analyze the structure and function of nucleic acids, the mechanisms of gene expression, and the regulation of these processes in prokaryotic and eukaryotic cells.

Life is a complex phenomenon and its emergence has been my major curiosity since childhood. I thought I could understand the concepts of the emergence of life by studying molecular biology. Therefore, I did my bachelor's studies in molecular biology and genetics at Yildiz Technical University. My bachelor's education has provided me with a comprehensive understanding and specific skills related to molecular biology. I am pursuing a Master’s degree in Chemistry & Life Sciences at Chimie Paris - Tech/Université PSL to understand the chemistry behind the transition of non–living matter to living matter and improve my perspective on the chemistry of life. I am confident that I can bring some fresh perspectives to complex problems of these topics with my background and skills and can teach fundamentals of these fields.

Biotechnology is a broad field that applies biological systems, living organisms, or parts of organisms to develop or create products and services. It's essentially the use of technology to solve problems and make useful products based on biology. Examples of Biotechnology Applications: Genetic engineering: Modifying the genetic makeup of organisms to create new traits or improve existing ones. Bioinformatics: Using computer technology to analyze biological data, such as DNA sequences. Synthetic biology: Designing and constructing biological systems that don't exist in nature. Biopharmaceuticals: Producing therapeutic proteins and other drugs from biological sources Would you like to know more about a specific area of biotechnology, or perhaps we will discuss a particular application in this session.

In our comprehensive Bioinformatics course, you'll delve into the world of biological data analysis, exploring cutting-edge applications like computer-aided drug design and next-generation sequencing. Master essential programming languages like Python and R, and discover how machine learning can revolutionize bioinformatics. Beyond bioinformatics, I also offer tutoring in other biological sciences, including molecular biology, genetics, biochemistry, cell biology, and microbiology. Whether you're passionate about computational biology or other areas of life science, I'm here to help you develop a deeper understanding and achieve your academic goals.