Author: Hemant More

Types of Genes

Science > Biology > Gene its Nature, Expression and Regulation > Types of Genes In the last article, we have studied the meaning of the term gene. In this article, we shall study types of genes. Based on the function and activity, the genes are classified as follows. Housekeeping Genes or Constitutive Genes: Housekeeping genes […]

Tags Alternate genes, Alternative genes, Avery, Biology, Biotechnology, Botany, Cistron, Collinear genes, Constitutive genes, Continuous genes, Deoxyribose, Discontinuous genes, DNA as genetic material, Exons, Frankel-Conrat and Singer Experiment, Functions of genes, Gene families, Genes, Genetic material, Genetics, Genomics, Griffith Experiment, Hershey - Chase Experiment, Housekeeping genes, Interrupted genes, Introns, Jumping genes, Luxury genes, Macleod and McCarty Experiment, Multigenes, Muton, Noncontutive genes, Nucleosides, Nucleotides, Operative genes, Operon, Overlapping genes, Phosphate group, Polynucleotides, Processed genes, Promoter genes, Pseudogenes, Purines, Pyrimidines, Recon, Regulator genes, Replicon, Ribose, RNA as genetic material, Rough Avirulent Strain (R-II), Single copy genes, Smooth Virulent Strain (S-III), Split genes, Streptococcus pneumoniae, Structural genes, Sugars, Terminator genes, Transposons, Uninterrupted genes, Zoology

Genetics

Gene: The Concept, Characteristics, and Functions

Post author By Hemant More
Post date March 13, 2020
No Comments on Gene: The Concept, Characteristics, and Functions

Science > Biology > Gene its Nature, Expression and Regulation > Gene: The Concept, Characteristics, and Functions In this article, we shall the essential characters of genetic material, the meaning of the term gene, its characteristics, and its functions. Essential Features of Genetic Material: It should have the ability to store hereditary information in coded […]

Tags Alternate genes, Alternative genes, Avery, Biology, Biotechnology, Botany, Cistron, Collinear genes, Constitutive genes, Continuous genes, Deoxyribose, Discontinuous genes, DNA as genetic material, Exons, Frankel-Conrat and Singer Experiment, Functions of genes, Gene families, Genes, Genetic material, Genetics, Genomics, Griffith Experiment, Hershey - Chase Experiment, Housekeeping genes, Interrupted genes, Introns, Jumping genes, Luxury genes, Macleod and McCarty Experiment, Multigenes, Muton, Noncontutive genes, Nucleosides, Nucleotides, Operative genes, Operon, Overlapping genes, Phosphate group, Polynucleotides, Processed genes, Promoter genes, Pseudogenes, Purines, Pyrimidines, Recon, Regulator genes, Replicon, Ribose, RNA as genetic material, Rough Avirulent Strain (R-II), Single copy genes, Smooth Virulent Strain (S-III), Split genes, Streptococcus pneumoniae, Structural genes, Sugars, Terminator genes, Transposons, Uninterrupted genes, Zoology

Biology

Treatment of Infectious Diseases

Post author By Hemant More
Post date March 13, 2020
No Comments on Treatment of Infectious Diseases

Science > Biology > Applied Biology > Human Health and Diseases > Treatment of Infectious Diseases We have already studied many things about infectious diseases in previous articles. In this article, we shall study the treatment of infectious diseases Acute Diseases: An acute disease is a disease which lasts for just a short time but […]

Tags Acute diseases, Antibiotics, Bacteria, Carrier of communicable diseases, carriers of infectious diseases, Chronic diseases, Fungi, Protists, Reservoir of infection, Viruses, Worms

Genetics

Mendel’s Laws of Inheritance

Post author By Hemant More
Post date March 13, 2020
No Comments on Mendel’s Laws of Inheritance

Science > Biology > Genetic Basis of Inheritance > Mendel’s Laws of Inheritance The first scientific explanation of inheritance was given by Mendel in 1866. He performed a series of experiments on garden pea in a scientific manner and proposed rules. which are called as Mendel’s Laws of Inheritance. His work is known as Mendelism. He laid […]

Genetics

Polygenic Inheritance

Science > Biology > Genetic Basis of Inheritance > Polygenic Inheritance Mendel performed his experiments with garden pea plant, which has traits or alleles having complete dominance and hence the laws of inheritance were proved. Other scientists performed their experiments on different plants and animals and found deviations to Mendelian ratios. Depending upon these experiments and […]

Tags Alleles, Allelomorphs, Back cross, Biology, Biotechnology, Blending dominance, Blood groups in human beings, Botany, Character, Checker board, Clones, Codominance, Complementary genes, Complete dominance, Cross hybrid ratio, Dihybrid, Dihybrid cross, Dominant allele, Dominant trait, Emasculation, F1 Generation, F2 Generation, Factor, Gene, Gene interactions, Genetics, Genome, Genotype, Heredity, Heterologous chromosomes, Heterozygous, Homologous chromosomes, Homozygous, Human skin colour, Hybrid, Hybridization, Incomplete dominance, Inheritance, Interallelic interactions, Intergenic interactions, Intragenic interactions, Lethal genes, Marfan, Mendel, Mendel's dihybrid cross experiment, Mendel's monohybrid cross experiment, Mendel’s laws, Mendelism, Monohybrid, Monohybrid cross, Monohybrid ratio, Morphan's syndrome, Multiple alleles, Nonallelic interactions, Offspring, Partial dominance, Phenotype, Phenylketonuria, PKU, Pleiotropy, Poly-hybrid cross, Polygenic inheritance, Punnett square, Pure line, Qualitative inheritance, Quantitative inheritance, Recessive allele, Recessive trait, Reciprocal cross, Self-breeding, Sickle cell anaemia, Test cross, Theory of blending, Theory of epigenesis, Theory of Pangenesis, Theory of Preformation, Trait, Variations, Wheat kernel colour, Zoology

Genetics

Pleiotropy

Science > Biology > Genetic Basis of Inheritance > Pleiotropy Mendel performed his experiments with garden pea plant, which has traits or alleles having complete dominance and hence the laws of inheritance were proved. Other scientists performed their experiments on different plants and animals and found deviations to Mendelian ratios. Depending upon these experiments and observations, […]

Tags Alleles, Allelomorphs, Back cross, Biology, Biotechnology, Blending dominance, Blood groups in human beings, Botany, Character, Checker board, Clones, Codominance, Complementary genes, Complete dominance, Cross hybrid ratio, Dihybrid, Dihybrid cross, Dominant allele, Dominant trait, Emasculation, F1 Generation, F2 Generation, Factor, Gene, Gene interactions, Genetics, Genome, Genotype, Heredity, Heterologous chromosomes, Heterozygous, Homologous chromosomes, Homozygous, Human skin colour, Hybrid, Hybridization, Incomplete dominance, Inheritance, Interallelic interactions, Intergenic interactions, Intragenic interactions, Lethal genes, Marfan, Mendel, Mendel's dihybrid cross experiment, Mendel's monohybrid cross experiment, Mendel’s laws, Mendelism, Monohybrid, Monohybrid cross, Monohybrid ratio, Morphan's syndrome, Multiple alleles, Nonallelic interactions, Offspring, Partial dominance, Phenotype, Phenylketonuria, PKU, Pleiotropy, Poly-hybrid cross, Polygenic inheritance, Punnett square, Pure line, Qualitative inheritance, Quantitative inheritance, Recessive allele, Recessive trait, Reciprocal cross, Self-breeding, Sickle cell anaemia, Test cross, Theory of blending, Theory of epigenesis, Theory of Pangenesis, Theory of Preformation, Trait, Variations, Wheat kernel colour, Zoology

Genetics

Dominance and Codominance

Post author By Hemant More
Post date March 13, 2020
No Comments on Dominance and Codominance

Science > Biology > Genetic Basis of Inheritance > Dominance and Codominance Mendel performed his experiments with garden pea plant, which has traits or alleles having complete dominance and hence the laws of inheritance were proved. Other scientists performed their experiments on different plants and animals and found deviations to Mendelian ratios. Depending upon these experiments […]

Tags Alleles, Allelomorphs, Back cross, Biology, Biotechnology, Blending dominance, Blood groups in human beings, Botany, Character, Checker board, Clones, Codominance, Complementary genes, Complete dominance, Cross hybrid ratio, Dihybrid, Dihybrid cross, Dominant allele, Dominant trait, Emasculation, F1 Generation, F2 Generation, Factor, Gene, Gene interactions, Genetics, Genome, Genotype, Heredity, Heterologous chromosomes, Heterozygous, Homologous chromosomes, Homozygous, Human skin colour, Hybrid, Hybridization, Incomplete dominance, Inheritance, Interallelic interactions, Intergenic interactions, Intragenic interactions, Lethal genes, Marfan, Mendel, Mendel's dihybrid cross experiment, Mendel's monohybrid cross experiment, Mendel’s laws, Mendelism, Monohybrid, Monohybrid cross, Monohybrid ratio, Morphan's syndrome, Multiple alleles, Nonallelic interactions, Offspring, Partial dominance, Phenotype, Phenylketonuria, PKU, Pleiotropy, Poly-hybrid cross, Polygenic inheritance, Punnett square, Pure line, Qualitative inheritance, Quantitative inheritance, Recessive allele, Recessive trait, Reciprocal cross, Self-breeding, Sickle cell anaemia, Test cross, Theory of blending, Theory of epigenesis, Theory of Pangenesis, Theory of Preformation, Trait, Variations, Wheat kernel colour, Zoology

Genetics

Mendel’s Dihybrid Cross Experiment

Post author By Hemant More
Post date March 12, 2020
No Comments on Mendel’s Dihybrid Cross Experiment

Science > Biology > Genetic Basis of Inheritance > Mendel’s Dihybrid Cross Experiment In this article, we shall study Mendel’s dihybrid cross experiment and its conclusions. The first scientific explanation of inheritance was given by Mendel in 1866. He performed a series of experiments on garden pea in a scientific manner and proposed rules. which are […]

Tags Alleles, Allelomorphs, Back cross, Biology, Biotechnology, Blending dominance, Blood groups in human beings, Botany, Character, Checker board, Clones, Codominance, Complementary genes, Complete dominance, Cross hybrid ratio, Dihybrid, Dihybrid cross, Dominant allele, Dominant trait, Emasculation, F1 Generation, F2 Generation, Factor, Gene, Gene interactions, Genetics, Genome, Genotype, Heredity, Heterologous chromosomes, Heterozygous, Homologous chromosomes, Homozygous, Human skin colour, Hybrid, Hybridization, Incomplete dominance, Inheritance, Interallelic interactions, Intergenic interactions, Intragenic interactions, Lethal genes, Marfan, Mendel, Mendel's dihybrid cross experiment, Mendel's monohybrid cross experiment, Mendel’s laws, Mendelism, Monohybrid, Monohybrid cross, Monohybrid ratio, Morphan's syndrome, Multiple alleles, Nonallelic interactions, Offspring, Partial dominance, Phenotype, Phenylketonuria, PKU, Pleiotropy, Poly-hybrid cross, Polygenic inheritance, Punnett square, Pure line, Qualitative inheritance, Quantitative inheritance, Recessive allele, Recessive trait, Reciprocal cross, Self-breeding, Sickle cell anaemia, Test cross, Theory of blending, Theory of epigenesis, Theory of Pangenesis, Theory of Preformation, Trait, Variations, Wheat kernel colour, Zoology

Genetics

Mendel’s Monohybrid Cross Experiment

Post author By Hemant More
Post date March 12, 2020
1 Comment on Mendel’s Monohybrid Cross Experiment

Science > Biology > Genetic Basis of Inheritance > Mendel’s Monohybrid Cross Experiment In this article, we shall study Mendel’s monohybrid cross experiment and its conclusions. The first scientific explanation of inheritance was given by Mendel in 1866. He performed a series of experiments on garden pea in a scientific manner and proposed rules. which are […]

Tags Alleles, Allelomorphs, Back cross, Biology, Biotechnology, Blending dominance, Blood groups in human beings, Botany, Character, Checker board, Clones, Codominance, Complementary genes, Complete dominance, Cross hybrid ratio, Dihybrid, Dihybrid cross, Dominant allele, Dominant trait, Emasculation, F1 Generation, F2 Generation, Factor, Gene, Gene interactions, Genetics, Genome, Genotype, Heredity, Heterologous chromosomes, Heterozygous, Homologous chromosomes, Homozygous, Human skin colour, Hybrid, Hybridization, Incomplete dominance, Inheritance, Interallelic interactions, Intergenic interactions, Intragenic interactions, Lethal genes, Marfan, Mendel, Mendel's dihybrid cross experiment, Mendel's monohybrid cross experiment, Mendel’s laws, Mendelism, Monohybrid, Monohybrid cross, Monohybrid ratio, Morphan's syndrome, Multiple alleles, Nonallelic interactions, Offspring, Partial dominance, Phenotype, Phenylketonuria, PKU, Pleiotropy, Poly-hybrid cross, Polygenic inheritance, Punnett square, Pure line, Qualitative inheritance, Quantitative inheritance, Recessive allele, Recessive trait, Reciprocal cross, Self-breeding, Sickle cell anaemia, Test cross, Theory of blending, Theory of epigenesis, Theory of Pangenesis, Theory of Preformation, Trait, Variations, Wheat kernel colour, Zoology

Genetics

Terminology of Genetics

Science > Biology > Genetic Basis of Inheritance > Terminology of Genetics In this article, we shall study the terminology of Genetics and understand the concept of alleles. Heredity: The transmission of characters from one generation to the next, that is from parents to offsprings (progeny) is known as heredity. These hereditary characters are present on […]

Tags Alleles, Allelomorphs, Back cross, Biology, Biotechnology, Blending dominance, Blood groups in human beings, Botany, Character, Checker board, Clones, Codominance, Complementary genes, Complete dominance, Cross hybrid ratio, Dihybrid, Dihybrid cross, Dominant allele, Dominant trait, Emasculation, F1 Generation, F2 Generation, Factor, Gene, Gene interactions, Genetics, Genome, Genotype, Heredity, Heterologous chromosomes, Heterozygous, Homologous chromosomes, Homozygous, Human skin colour, Hybrid, Hybridization, Incomplete dominance, Inheritance, Interallelic interactions, Intergenic interactions, Intragenic interactions, Lethal genes, Marfan, Mendel, Mendel's dihybrid cross experiment, Mendel's monohybrid cross experiment, Mendel’s laws, Mendelism, Monohybrid, Monohybrid cross, Monohybrid ratio, Morphan's syndrome, Multiple alleles, Nonallelic interactions, Offspring, Partial dominance, Phenotype, Phenylketonuria, PKU, Pleiotropy, Poly-hybrid cross, Polygenic inheritance, Punnett square, Pure line, Qualitative inheritance, Quantitative inheritance, Recessive allele, Recessive trait, Reciprocal cross, Self-breeding, Sickle cell anaemia, Test cross, Theory of blending, Theory of epigenesis, Theory of Pangenesis, Theory of Preformation, Trait, Variations, Wheat kernel colour, Zoology