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Posts by category
- Category: Adenine
- Category: Announcement
- Category: Biology
- What are Some Examples of How Gene Cloning is Used?
- 3 Types of Essential Tools for High School Science Experiments
- 3 Easy Biology Experiments Related to Plants
- What Are the Best Biology Topics for Lab Experiments?
- What Are the Best Resources to Learn About Biology?
- How To Make Teaching Biology Interesting
- Category: Biology Laboratory Equipment
- Category: Biology Teacher
- Category: Botany
- Category: botany-and-plant-physiology
- Category: Buffers
- Category: Cloning Experiment
- Category: DNA
- What Are the 7 Steps in DNA Cloning?
- What are Some Unique Ways That Genetics is Used?
- How Do You Introduce a Topic in Genetics?
- How To Engage Students With Interactive Science Lessons
- Why Are The Genetics Of Plants Important?
- How to Extract DNA from a Strawberry
- 5 Ways to Be a Great Science Teacher
- What Is A Peptide Bond Simple Definition?
- What is Molecular Weight and Why is it Important?
- What is the Apparatus Used in Cell Biology Lab Experiments?
- Five Biology Experiments for College You Need to Try in 2022
- What are Some Good DNA Lab Experiments?
- What is Cell Fractionation Used For?
- How to Use an Electrophoresis Chamber
- Six Biochemistry Experiments for College Students
- The Role of Peroxidases in the Development of Plants
- What Are the Differences Between Western, Northern, and Southern Blot?
- Newsletter 11-2-21
- How Has the Vertebrate Genome Evolved Over Time?
- What is Cell Fractionation?
- Newsletter 8-9-21
- What are the Characteristics or Properties of DNA?
- The Primary Function of Pigments in Plants
- Cell Surface Receptors Explained
- Polymerase Chain Reaction: What a PCR Test Is & How it Works
- ELISA Test Step-by-Step Guide
- Four Cool Biology Experiments for Teaching College Students
- What Is Sickle Cell Anemia?
- Gel Electrophoresis Explained
- Category: DNA Fingerprinting
- Category: Experiments
- Category: Gel Electrophoresis Experiments
- Category: General
- Category: Lab Experiments
- Category: Northern Blot
- Category: Photosynthesis
- Category: Photosynthetic Pigments
- Category: Physiology Lab Experiments
- Category: Southern Blot
- Category: Students
- Category: Temperature on Cell Respiration
Products
- S12: Gene Cloning Lab Experiments
- IND-14PS7: Enzyme Kinetics - Variable pH Substrate
- PureAmp™ 0.2ml PCR Tubes
- B1-1i: Individual Kit for B1-1: Properties of DNA
- IND-32: Plant Pigment/Peroxidase Analysis
- PPE Ear Saver Clip
- PPE Face Shield
- Powder-Free Nitrile Exam Gloves
- Sterile SpectraTube™ Centrifuge Tubes
- Sterile Transfer Pipettes
- Sterile Screw-Cap Culture Tubes
- Disposable Petri Dishes
- 1.0ml Transfer Pipettes (NON-Sterile)
- 3.0ml Transfer Pipettes (NON-Sterile)
- Large Micro-Tube Boxes
- SureSeal S™ Sterile 0.5ml Microcentrifuge Tubes
- SureSeal S™ Sterile 1.5ml Microcentrifuge Tubes
- Variable Volume Micropipettes by Walter Products
- EP-2P: Polyacrylamide Electrophoresis Package
- E1201 myGel InstaView™ Electrophoresis System & Accessories
- E1101 myGel™ Mini Electrophoresis System & Accessories
- S1005 MiniMag Magnetic Stirrer from Benchmark Scientific
- H4000 Analog Hotplate, Stirrer, & Hotplate Stirrer from Benchmark Scientific
- H3770 Digital Hotplate, Stirrer, & Hotplate Stirrer from Benchmark Scientific
- myFuge™12 Mini Centrifuge from Benchmark Scientific
- H2020 Roto-Therm™ Incubated Rotator from Benchmark Scientific
- MC-24 High Speed Microcentrifuge from Benchmark Scientific
- MC-12™ High Speed Microcentrifuge from Benchmark Scientific
- H2200-H myTemp™ Mini Digital Incubator from Benchmark Scientific
- H1001-M Incu-Shaker™ Mini Shaking Incubator from Benchmark Scientific
- Toluidine Blue Stain
- DNA Standard 3 ❄
- Plasmid DNA - pUC18
- Phage Lambda DNA
- Calf Thymus DNA
- DNA Standard 2 ❄
- DNA Standard 1 ❄
- E.coli Transformation Kit ❄
- Plasmid DNA Isolation Kit
- Dye Mixture
- Restriction Endonucleases ❄
- Ethidium Bromide
- Methylene Blue
- Gel-Loading Buffer
- Electrophoresis Buffer
- Genomic DNA Isolation Kit ❄
- Agarose
- Reagent Package - DNA Gels
- 3-20 - Plasmid Restriction Fragment Set ❄
- Nutrient Broth
- Kit 1 Ovalbumin (Egg Albumin) - Anti-Ovalbumin ❄
- Nutrient Broth + Ampicillin
- 2-11: Sephadex G-100
- Nutrient Agar
- Nutrient Agar + Ampicillin
- Chromatographic Columns
- Nutrient Agar + Ampicillin + X gal
- E.coli ❄
- E.coli-pUC18 ❄
- Column Chromatography Kit
- Replacement Nitrocellulose Packs
- Replacement Nylon Membrane Folder
- Kit 2 Cow Serum-Anti Cow Serum Albumin ❄
- Electrophoresis Standard Proteins (SDS) ❄
- Protein Extraction Buffer (SDS)
- Coomassie Blue R Gel Stain (SDS)
- Gel-Loading Buffer (SDS)
- Gel Buffer (SDS)
- Electrophoresis Buffer (SDS)
- Agarose (SDS)
- Reagent Package - SDS Protein Gels
- LDH Substrate
- Electrophoresis Standard Proteins ❄
- Protein Extraction Buffer
- Dye Mixture
- Coomassie Blue R Gel Stain
- Gel-Loading Buffer
- Electrophoresis Buffer
- Agarose
- Reagent Package - Native Protein Gels
- Carousel Pipettor Stand
- Linear Pipettor Stand
- Manual Analog Micropipettors
- Micropipette Tips
- Variable Automatic Micropipettes by Labnet (BioPette Plus Series)
- ADAM Equipment Compact Portable Balances
- KHA Precision Balance
- KLE Series Economy Balances
- Accessories for Electrophoresis Equipment
- VEU: Vertical Electrophoresis Unit
- Electrophoresis Power Strip
- 6 Chamber Electrophoresis Unit
- 2 Chamber Electrophoresis Unit
- 1 Chamber Electrophoresis Unit
- EP-PS Power Supply
- B3-CR: Chemical Refill Package
- B3-5: Analysis of a Protein From Egg White
- B3-4: Properties of Amylase
- B3 1-3: Mini Program in Chromatography
- LC6: A Laboratory Course in Innovative Biology
- LC5: An Introduction to Cell and Molecular Biology
- LC4: Comprehensive Molecular Biology
- LC3: Molecular Biology
- LC2: Cell Biology
- LC1: General Biology
- O3: An Introduction to Electrophoresis
- O2: An Introduction to Molecular Genetics
- O1: A Molecular Approach to the study of Genetics and Evolution
- IND-31: Laboratory Studies with Amylase
- IND-03: The ELISA Immunoassay
- IND-29: Electrophoretic and Chromatographic Analysis of Photosynthetic Pigments from Blue-Green Algae
- IND-28: Synthetic Biology: Using Bacterial Computers to Solve the Pancake Problem
- IND-27: Composition of the Nucleosome
- IND-26: Localizing Tublin by Immunohistochemistry
- IND-25P: Isolation of Chromosomal Proteins
- IND-24: An Introduction to Electrophoresis
- IND-22: Characterization of Peroxidases in Plants
- IND-21: Identifying Genomic and Plasmid DNA Sequences in E.coli by Colony PCR
- IND-20: An Introduction to Developmental Anatomy
- IND-09: Producing a Strain of E. coli that Glows in the Dark
- IND-07: Amplification of a Hemoglobin Gene by PCR
- IND-06: Analysis of a Mutant Hemoglobin Gene
- IND-05: Specificity of Albumin Binding
- IND-04: Development of the Immune System and the Western Press-Blot
- IND-19: An Introduction to Vertebrate Histology
- IND-18: An Introduction to Zoology
- IND-17: A Rapid Immunological Method to Study Evolution
- IND-16: Identifying Viral DNA by Rapid Southern Blotting
- IND-02: Tissue Printing
- IND-14: Enzyme Kinetics
- IND-12: Characterization of the Satellite DNA from the Meal Worm
- IND-11P: Contractile Proteins from Cow Heart
- IND-10: PCR Amplification of a Gene for Ribosomal RNA
- S11: Cloning a DNA Segment
- EXP-1004: Genotype to Phenotype
- EXP-1003: DNA Fingerprinting (An authentic analysis)
- EXP-1002: Analysis of a Genome Segment
- EXP-1001: Anatomy and Evolution of the Genome
- S10: The New Genetics
- S9: Plant Molecular Biology
- EXP-804: Peroxidase Isoenzymes in Corn
- EXP-803: Tissue-Specific Isoenzymes in the Cow
- EXP-802: Identifying Ovalbumin by the Western Press-Blot
- EXP-801: Serum Proteins and the Western Press-Blot
- S8: Tissue-Specific Protein
- EXP-703: The Cell Nucleus
- EXP-702: Analysis of a Cell-Surface Receptor
- EXP-701: Enzyme Cytochemistry
- S7: Contemporary Cell Biology
- S5: Genetic Engineering
- EXP-402: Application of the Southern Blot Procedure
- EXP-401: Evolution of the Vertebrate Genome
- S4: DNA Hybridization Analysis
- B4-CR: Chemical Refill Package
- B4-6: Isolating DNA from Plants
- B4-5: Mitotic Activity and Cell Respiration
- B4-4: Osmolarity and a Cytological Bioassay
- B4-2: Extraction and Analysis of an Enzyme from Wheat
- B4-1: Effects of Temperature on Cell Respiration
- B4: Plant Cell and Molecular Biology
- B2-CR: Chemical Refill Package
- B2-6: Identifying a Specific Enzyme in Chicken Erythrocytes by Enzyme Cytochemistry
- B2-5: Serum Enzymes and Disease
- EXP-306: The Nucleosome Structure of Chromatin
- EXP-305: Identifying Satellite Sequences
- EXP-304: Molecular Cloning
- EXP-303: Plasmid DNA Structure
- EXP-302: Restriction Nuclease Mapping of DNA
- EXP-301: The Length of DNA Molecules
- EP-3/4: Electrophoresis Package 3/4
- S3: Molecular Biology of Nucleic Acids
- EXP-206: Affinity Chromatography
- EXP-205: Protein Evolution and the Western Blot
- EXP-204: Peptide Mapping Analysis
- EXP-203: Comparing Human and Bacterial Amylase
- EXP-202: Identifying Sex-Specific Proteins
- EXP-201: Molecular Weight Determination
- EP-2M: Electrophoresis Package
- EP-2: Electrophoresis Package
- S2: Molecular Biology of Proteins
- EXP-106: Protein Fingerprinting
- EXP-105: A Comparison of Human and Bacterial Amylase
- EXP-104: Evolution of Serum Proteins
- EXP-103: Analysis of Serum Proteins
- EXP-102: Genetics and Sickle Cell Anemia
- EXP-101: Electrophoretic Separation of Proteins
- EP-1/8: Electrophoresis Package
- S1: Introduction to Molecular Biology
- B3: Chromatographic Separation of Proteins
- B2-4: Evolution of Serum Proteins
- B2-3: Proteases and Factors that Influence Enzyme Activity
- B2-1 and B2-2: Quantifying Amylase Activity
- B2: Animal Biology and Evolution
- B1-3: Gene Function and Cloning in Bacteria
- B1-1F: Chemical Refill for B1-1: Properties of DNA
- B1-2: Cell Fractionation and DNA Isolation
- B1: Structure, Isolation, and Function of DNA
- B1-1: Properties of DNA
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