Introduction to Integrated Molecular Biochemistry I

From 50.48 $ /h

In this class, you will learn the basics and some advanced concepts in cellular and molecular biochemistry. We will be covering cellular mechanisms such as the Glycolysis, HMP Shunt, Pentose Phosphate Pathway, De novo FA Synthesis, Krebs Cycle Etc. and focusing on their integrated working in the cell.

Target student- First and second year med students, pharmacy, nursing students who want to brush up on their Biochemistry. Students taking A-Level biology who plan to enroll in Biochemistry degrees are encouraged to join to get a jump ahead for your first year.

Extra information

Required- A basic understanding Molecular biology

Location

Online from United Arab Emirates

About Me

I am a Clinical Researcher passionate about Biochemistry, Biology and their crossroads. I also have an interest in gene sciences, and love to discuss new and upcoming research with my students.

Navigating STEM sciences can be hard as a first year student. Please do not hesitate to contact me with your doubts :)

Education

Masters in Pharmaceutical Biotechnology- Majoring in Pharmacogenomics and Precision Medicine- University of Milan, Italy
Undergraduate in PharmD. from University of Karachi

Experience / Qualifications

Clinical Research Officer in the field of clinical sciences- 2 years
Freelance educator STEM field- 2 years
Medical writer- 2 years

Age

Teenagers (13-17 years old)

Adults (18-64 years old)

Student level

Beginner

Intermediate

Duration

45 minutes

60 minutes

The class is taught in

English

Skills

Biochemistry

Molecular biology

Availability of a typical week

(GMT -05:00)

New York

Online via webcam

Mon

Tue

Wed

Thu

Fri

Sat

Sun

00-04

04-08

08-12

12-16

16-20

20-24

Introduction to Clinical Research Methodology - Role of a Clinical Coordinator

56.09 $ /h

▪ We will cover the ethical regulations for human subject research, ICH GCP Compliance in Clinical Trials etc.
▪ We will cover the role of an Institutional Board Review (IRB) and its applications, submitting, approving and communicating on behalf of an institute.
▪ We will cover- Carrying out clinical research studies, including protocol writing, data collection, data analysis, and manuscript writing for publication.

André

4.85

(26)

Doctor in chemical sciences with extensive professional experience in the life sciences, I help upper secondary, university and higher education students to approach and understand chemistry, organic chemistry, and biochemistry.
I emphasize an understanding of basic concepts from experience in other areas of interest to the student.

I also help with the preparation and writing of internship reports, ITTs and doctoral theses.

Younes

4.85

(26)

My name is Younes and I give language lessons, for me teaching means learning twice so my learning method is based on simplicity and above all you have to move forward according to the student's rhythm to allow him to learn. improve and acquire new bases and be able to assimilate new information without ever becoming saturated. Sometimes it's better to go slowly but surely. In addition, I am a young researcher in applied biochemistry and a temporary teacher at the university for 4 years, so for those who have difficulties and gaps in biochemistry, I will be there to simplify you and above all to make you discover the world. wonder of biochemistry and thank you for stopping by.

Kelvin

4.85

(26)

Science includes all natural science subjects; PHYSICS, CHEMISTRY, BIOLOGY and MATHEMATICS .

Topics to be covered In PHYSICS are:
•Measuring quantities
•Weight and Mass
•Density, Mass and Volume
•Motion
•Forces
•Light and it's properties properties
•Gas Laws
•Thermal Dynamics
•Momentum
•Machines
•Waves
•Sound
•Elctromagnetic Spectrum
•Electricity
•Magnetic induction
•Transformer
•Radiation

Topics to be covered in CHEMISTRY are:
•Atomic structure
•Chemical Bonding
•Elctronic configuration
•The Periodic Table and the Trends
•Extraction of Metals
•Thermal Decomposition
•Oxides
•Acids Bases and Salts
•Mole concepts
•Chemical Reactions
•Chemical Energetics
•Redox Reactions
•Non Metals
•Chemistry of the Environment
•Organic Chemistry

Topics to be covered in BIOLOGY are:
•Characteristics and classification of living organisms.
•Magnification of cells
•Types of Cells
•Cells and Solution Concentrations •Reproduction in Plants
of Animals
•Genetic Recombination
•Nutrition in Animals
•Plant Nutrition
•Heredity
•Anomalities in Animals and Plants
•Excretion in Animals
•Endocrine System
•Immune System
•Nervous System
•Adaptation of living organisms on their environment
•Reproduction in Animals
•Animal feeding levels

Topics to be covered in MATHEMATICS are:
•Types of Numbers
•Algebra
•Sets
•Indices
•Fractions
•Functions
•Trigonometry
•Equatioms
•Probability
•Transformations
•Geometry
•Proportions
•Exponential and Decay Curves
•Distance time Graphs
•Mensuration
•Properties of a Circle
•Statistics

NOTE📌
Each class session takes 60 minutes duration. Within this time, a student should have COVERED ALL the class OBJECTIVES.
All students are required to ASK QUESTIONS for CLARIFICATIONS as the lesson PROGRESSES.
AIM: TO MAKE YOU PASS ALL THE SCIENCE BASED SUBJECTS BY BREAKING DOWN SOPHISTICATED CONCEPTS INTO SIMPLICITY.
SYLLABI COVERAGE: ALL SYLLABI ARE COVERED

Nathan

4.85

(26)

As a dedicated PhD student in biochemistry at EPFL, I offer personalized tutoring in chemistry and biochemistry for students at high school, university, or master’s level. Whether you’re preparing for exams, struggling with complex concepts, or aiming to deepen your understanding, I tailor each session to your goals and learning style. With a strong academic background and a passion for teaching, I strive to make science approachable, engaging, and relevant. My approach emphasizes clear explanations, critical thinking, and practical examples to help you build confidence and excel in your studies.

هديل

4.85

(26)

My teaching methodology:

❖ Simplifying complex scientific concepts in a flexible and smooth manner, combining theoretical explanation with practical application.

❖ Stimulating students’ analytical and critical thinking skills through open-ended questions and problem-solving.

❖ Integrating sciences, which helps students understand the complementary relationships between statistics, biology, and biochemistry.

❖ Use modern educational methods, including interactive presentations, simulations, and scientific software.

Hala

4.85

(26)

As a third-year Pharmaceutical Sciences student, I learned the importance of good explanations. I enjoy sharing knowledge because I see how much difference clear explanations and patience make to someone's understanding and motivation. The moment something becomes clear to a student is incredibly motivating.

My lessons are structured and tailored to the student. We start with objectives, cover the material step by step, and practice with specific focus.
I explain connections, ask control questions and adapt my explanation until it really clicks.
I ensure that the material is truly understood through questions and repetition!

Mamdouh

4.85

(26)

Welcome

With you is Dr. Mamdouh Salah

Specialist in Internal Medicine and Intensive Care

He holds a Bachelor of Medicine and Surgery from Al-Azhar University in Cairo.

Egyptian Fellowship in Internal Medicine and Critical Care

Certified by ALS and BLS

Medical course expert for all levels of human medicine

Expert in medical courses and first aid courses

An expert on the new system for studying medicine throughout the Arab countries (the modular system).

An expert who explains things simply through interactive explanations using pictures and diagrams.

Expert in clinical review, exam review, and focusing on the important and main points of each lesson.

With us, the student will be able to understand medicine well, know how to diagnose and treat correctly, and be able to become a responsible doctor, God willing.

Marta

4.85

(26)

I offer tutoring in advanced Biochemistry, Cell Biology, and Molecular Biology, including support for understanding complex biochemical processes and cellular mechanisms.

My teaching approach focuses on simple and clear explanations, breaking down difficult topics in an easy and structured way. I explain concepts step by step so students can clearly understand what each topic is about.

I also provide help with homework, assignments, and exam preparation. Students are kindly asked to share the required materials at least two days before the deadline, allowing me to prepare effective and personalized support based on their needs.

Mona

4.85

(26)

"The science and chemistry teacher is a magician who uses logic, transforming the rigid blackboard into a living world, and turning the chaos of experiments into order and understanding."

Teaching science and chemistry is not simply about transmitting information; it's the art of transforming "mystery" into "discovery." Here's a comprehensive description of the essence of this educational process:

1. Science: The Journey to Find the Truth
Teaching science is about teaching the student how to think, not just what to know.

Building a curious mind: The teacher begins by stimulating innate curiosity, by asking questions that begin with "What if?" or "Why does this happen?".

The experimental approach: transforming the lesson from theoretical talk to a "small laboratory," where the student learns to formulate hypotheses, experiment, and monitor the results.

Linking to reality: Connecting natural phenomena (such as lightning, gravity, and plant growth) to scientific laws so that the student feels that science explains his daily life.

Ahmad

4.85

(26)

This course is intended for students, researchers, and professionals who are interested in acquiring a comprehensive understanding of immunology, biomedical sciences, and life sciences. It provides assistance to learners in the fields of biology, medicine, biotechnology, and health sciences, ranging from high school to postgraduate and early-career researchers.
The program encompasses both theoretical concepts and applied scientific comprehension, such as:

Immunology fundamentals (innate and adaptive immunity)

Molecular and cellular biology

Immune regulation and autoimmune diseases

Host-pathogen interactions and inflammation

Cell signaling pathways and microbiology

Experimental design and research methodology

Literature review, data interpretation, and scientific writing

Academic assistance for research publications, theses, and initiatives

Lessons are tailored to the student's academic level, learning requirements, and objectives. The teaching process is founded on research-based learning methods, actual scientific examples, and clear conceptual explanations.

Classes are accessible to learners worldwide and international students due to their availability online.

Kamiya

4.85

(26)

Dr. Kamiya is a highly experienced Biochemistry educator with over 12 years of expertise in preparing MCAT aspirants and a proven track record of helping students secure competitive scores through concept-driven learning.
Holding a PhD in Biochemistry and Biotechnology, Dr. Kamiya combines deep academic knowledge with practical exam strategy. Her teaching approach is rooted in clarity, logic, and long-term retention — making even the most complex biochemical pathways simple, visual, and clinically relevant.
With over a decade of experience teaching:
MCAT Biology & Biochemistry
Advanced Biochemistry for medical students
Immunology & Molecular Biology
AP & IB Biology
She is known for transforming overwhelmed students into confident problem-solvers.
🌍 What Makes Her Different?
✔ Concept-first teaching (not rote memorization)
✔ Clinical correlation for MCAT retention
✔ High-yield strategy + question analysis training
✔ Structured crash courses with assignments
✔ Strong focus on metabolic integration & pathway logic
✔ Personalized mentoring approach

Dr.Omar

4.85

(26)

I teach Biochemistry through a clinically integrated and concept-driven approach designed to build deep molecular understanding while directly linking biochemical principles to human physiology and disease. My instruction emphasizes the translation of biochemical mechanisms into clinical reasoning, enabling learners to interpret laboratory findings, understand pathogenesis, and apply metabolic knowledge in real medical contexts.

Core Areas of Instruction

My teaching covers foundational and advanced topics, including:

Enzymology: Kinetics, inhibition, regulation, and clinical correlations of enzyme dysfunction.

Metabolism: Carbohydrate, lipid, amino acid, and nucleotide metabolism with integrated regulatory control.

Molecular Biology: DNA replication, transcription, translation, epigenetics, and gene regulation.

Bioenergetics: Mitochondrial function, oxidative phosphorylation, and metabolic adaptation.

Clinical Biochemistry: Biochemical basis of disease states such as metabolic disorders, endocrine abnormalities, and inherited enzymopathies.

Laboratory Interpretation: Mechanistic understanding behind biomarkers, metabolic panels, and diagnostic assays.

Teaching Methodology

Instruction is structured to ensure mastery rather than memorization. Students are guided to:

Analyze biochemical pathways as dynamic, regulated systems rather than isolated reactions.

Understand why abnormalities occur at the molecular level in disease.

Apply biochemical reasoning to clinical scenarios and problem-solving exercises.

Develop long-term conceptual retention through pathway integration and mechanistic mapping.

Educational Philosophy

Biochemistry is presented not as an abstract basic science, but as the molecular language of medicine. By integrating physiology, genetics, and pathology into biochemical teaching, students gain the ability to connect molecular events to patient-level outcomes, forming a strong scientific foundation for advanced medical study and clinical practice.

Javier

4.85

(26)

Personalized classes covering syllabus, study methods, and materials in any area of molecular biology and biochemistry. I typically teach at a university level but can also adapt to high school and secondary school biology.

Graduated in Biochemistry from the Autonomous University of Madrid, with a master's degree in molecular biomedicine and currently doing a doctorate in brain metastasis and immunotherapy at the IIBM Sols Morreale.
I have always loved molecular biology, and especially the ability to understand it in detail so I can play with it and help people through research.
In addition to in-person classes, I give talks in high schools. I like to connect students to complex topics like biochemistry and relate them to aspects of their lives, and I like to do it through interesting facts and fun, engaging information.

Yash

4.85

(26)

Are you looking to truly understand Biology instead of just memorizing it?

I am a PhD-trained Molecular Biologist and currently a Postdoctoral Researcher at the University of Zurich, Switzerland. I offer personalized Biology and Biotechnology lessons for school and university students who want clear concepts, strong fundamentals, and real confidence in the subject.

My teaching approach focuses on:
• Breaking down complex topics into simple, logical steps
• Strengthening core concepts in Molecular Biology, Biochemistry and Cell Biology
• Guidance for research projects, lab reports, and thesis work

I adapt every session to the student’s level and learning style. Whether you need help with exam preparation, improving grades, or understanding advanced biological mechanisms, I provide structured and engaging lessons designed around your goals.

I also mentor students interested in pursuing careers in Life Sciences, Biotechnology, or research.

Let’s make Biology clear, structured, and interesting.

Melika

4.85

(26)

This class is designed for parents who are seeking a high-quality, structured, and intellectually sound educational experience for their children, combining English language learning with biology and life sciences in a thoughtful and age-appropriate manner.
English is taught at beginner and intermediate levels, with a strong emphasis on conceptual understanding, correct language use, and confidence in communication. Lessons are carefully structured and adapted to each student’s cognitive level, learning pace, and educational needs. Particular attention is paid to building a solid foundation in vocabulary, comprehension, and spoken English, ensuring long-term progress rather than short-term memorisation.
Biology is integrated as a meaningful educational component, not as a superficial add-on. Depending on the student’s age and goals, instruction may range from basic life science concepts to school-level and academic biology, including introductory cell biology and molecular biology topics. Scientific content is presented clearly and logically, fostering analytical thinking while simultaneously strengthening English comprehension in an academic context.
This combined approach supports students not only in improving their English, but also in learning how to understand and articulate scientific concepts in English, an essential skill for modern education. The class is particularly suitable for families who value academic depth, clarity of instruction, and personalised teaching.