NS 101 • Final • Science of Nature I
“Sayenizde 88 aldım çok çok teşekkür ederim”
Elif Sude Dağgeç
Mühendislik ve Doğa Bilimleri Programları
Antibiotic Resistance, Population Growth, Central Dogma, Mutation Rates, Diffusion, Random Walk, Antibiotic-Target Interactions, Toy Models, Periodic Table ,Bonded and Non-Bonded Interactions, Population Genetics and Phylogeny gibi konuları akıcı ve hızlı bir anlatımla öğrenip, özenle seçilmiş 100'den fazla çıkmış sınav sorularını çözdüğümüz kursumuzla istediğin notlara ulaşabilirsin.
Eğitmen
İbrahim Halil Sunay
Eğitmen
Lise yıllarımdan beri üniversite düzeyinde dersler anlatıyorum. Bu dönemde Biyoloji Olimpiyatları’na hazırlanarak Türkiye genelinde 3.’lük ve 1.’lik dereceleri elde ettim. Üniversiteye başladığımdan beri çeşitli e-eğitim platformlarında içerik üretiyorum. Uzun süredir aklımda olan üniversite dersleri için çevrim içi eğitim fikrini, Unicourse ekibiyle birlikte hayata geçiriyoruz. Üniversite sınavında ilk 50 öğrenci arasında yer alarak Koç Üniversitesi Tıp Fakültesi’ni kazandım ve şu anda aynı fakültede son sınıf öğrencisiyim.
1899 TL
Ders Özeti
Paketi Tamamla
🎓 Sabancı Üniversitesinde öğrencilerin %92'si tüm paketi alarak çalışıyor.
NS 101 • Final
Science of Nature I
İbrahim Halil Sunay
1899 TL
NS 101 • Midterm
Science of Nature I
İbrahim Halil Sunay
1899 TL
Introduction to NS101 Course
Kursa Başlamadan Önce
Antibiotic Resistance and Population Growth
Bacterial Cell I
Bacterial Cell II: Outer Compartments
Bacterial Cell III: Inner Compartments
Bacterial Classification
Shapes of Bacteria
Viruses I
Viruses II: Shapes
Antimicrobial Drugs
Production of Antibiotics
Antibiotic Resistance I: Introduction
Antibiotic Resistance II: Receiving Resistance Genes
Antibiotic Resistance III: Mutations
Resistance Mechanisms: Overview
Resistance Mechanisms I: Decreasing the Permeability
Resistance Mechanisms II: Decreasing the Concentration
Resistance Mechanisms III: Inactivation
Resistance Mechanism IV: Target Modification
Resistance Mechanisms V: Target Amplification
Resistance Mechanisms: Summary
Natural Selection of Resistant Bacteria
Causes of Antibiotic Resistance
Effects of Antibiotic Resistance
Protection Against Infections
Special Topic: COVID-19
Exponential Population Growth: Introduction
Exponential Population Growth: Formula
Logistic Population Growth
Concept Maps
Exam-like Questions: 1
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Central Dogma and Mutation Rates
General Principles of Antibiotics
What is Protein?
Central Dogma
History of Genetic Material
Nucleotides: I
Nucleotides: II
DNA Structure
Binary Fission
DNA Replication I: Introduction
DNA Replication II: Enzymes
DNA Replication III: Direction
Targets of Antibiotics I: Replication
Special Topic: Coronavirus
Transcription: I
RNA Types
RNA vs. DNA
Transcription II: Mechanism
Targets of Antibiotics II: Transcription
Translation I: Components
Translation II: Steps
Translation III: The Genetic Code
Targets of Antibiotics III: Translation
Proteins I: Folding
Proteins II: Synthesis
Proteins III: Functions
Mutations I
Mutations II
DNA Sequencing
Polymerase Chain Reaction
Helpful Formulas for Calculations of Mutation Rates
Mutation Rates: Bacteria vs. Human
Antibiotic Treatment
Caution: Before Exam-like Questions
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Diffusion and Random Walk
Surface-to-Volume Ratio
Cell Membrane, Passive and Active Transport
Random Walk I: Introduction
Maxwell-Boltzmann Distribution and Formula
What is Diffusion?
One-Dimensional Random Walk: Introduction
One Dimensional Random Walk: Model
Distance in One Dimensional Random Walk
Generalized Random Walk Formula I
One Dimensional Random Walk: Diffusion Coefficient and Distance Formula
Two Dimensional Random Walk
Three Dimensional Random Walk
Generalized Random Walk Formula II
Biased Random Walks
Microscopic Diffusion Coefficient: Summary
Macroscopic Diffusion Coefficient: Temperature I
Macroscopic Diffusion Coefficient: Temperature II
Macroscopic Diffusion Coefficient: Particle Size
Macroscopic Diffusion Coefficient: Viscosity
Macroscopic Diffusion Coefficient: The Formula
Macroscopic vs. Microscopic Diffusion Coefficient Formulas
Exam-like Questions: 48
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Antibiotic-Target Interaction and Toy Models
Drug-Target Interactions: Range of Attraction
Toy Models I
Toy Models II
Toy Models III
Diffusion Activation Energy
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Periodic Table, Bonded and Non-Bonded Interactions
History of Atomic Theories
Modern Atom Theory I
Modern Atom Theory II
Periodic Table I
Periodic Table II
Electrostatic Potential Energy
Molecule Formation
Bond Strength: Practice
Spring-Bond Model I: Formula
Spring-Bond Model II: Width of Potential Energy Curve
Bonded and Non-Bonded Interactions: Introduction
Covalent and Ionic Bonds
Bond Types and Electronegativity Differences
Dipole Moment and Polarity I
Dipole Moment and Polarity II
Dipole Moment and Polarity III: Two Examples
Molecular Symmetry Effect on Polarity
Polarity of Proteins
Molecular Representations
Non-Bonded Interactions I: Introduction
Non-Bonded Interactions II: Electrostatic Interactions
Non-Bonded Interactions III: van Der Waals Interactions-I
Non-Bonded Interactions III: van der Waals Interactions-II
Non-Bonded Interactions III: van der Waals Interactions-III
Non-Bonded Interactions III: van der Waals Interactions-IV
Non-Bonded Interactions IV: Hydrogen Bond-I
Non-Bonded Interactions IV: Hydrogen Bond-II
A Useful Guideline for Question Solving
Formula Sheet
Special Topic: Transmembrane Proteins
Useful Tables to Solve Questions
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Population Genetics and Phylogeny
Evolution and Natural Selection
Population Genetics: Introduction
Population Genetics: Genotype and Gamete Frequencies
Hardy-Weinberg Equation: Assumptions and The Formula
Macroevolution and Speciation
Phylogeny
Exam-like Questions: Phylogeny Construction
Exam-like Questions: H-W Equation
1899 TL
Ders Özeti
Sıkça Sorulan Sorular
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