In this chapter, we will be learning about inheritance. We will start with monohybrid inheritance, which means the inheritance of a single trait. We will explain the meaning of monohybrid cross and discuss Mendel's experiments on monohybrid inheritance. Next, we will move on to dihybrid inheritance, which refers to the inheritance of two different traits. We will explain the meaning of dihybrid cross and discuss Mendel's experiments on dihybrid inheritance. We will also learn about genes and alleles. We will explain the meaning of locus and understand how alleles and loci are related to genes on chromosomes. Lastly, we will study inheritance in humans. We will identify the types of human chromosomes, namely autosomes and sex chromosomes. We will also analyze and explain human karyotype, which is the arrangement of chromosomes in a cell.
• Explain the meaning of monohybrid
• Describe monohybrid based on Mendel experiments
• Distinguish terms related to inheritance: (i) genes and alleles. (ii) characteristics and traits. (iii) phenotype and genotype. (iv) dominant allele and recessive allele. (v) dominant trait and recessive trait. (vi) homozygous and heterozygous. (vii) pure breeds and hybrids. (viii) parent generation and filial generation
• Construct a cross diagram of monohybrid inheritance
• Determining the genotypic ratio and the phenotypic ratio of the filial generation in a monohybrid cross
• Describe Mendel's First Law
• Explain the meaning of dihybrid inheritance
• Menerangkan dihibrid berdasarkan eksperimen Mendel
• Construct a cross diagram of dihybrid inheritance
• Determining the genotypic ratio and the phenotypic ratio of the filial generation in a dihybrid cross
• Describe Mendel's Second Law
• Describe the meaning of locus
• Correlate the alleles and loci to genes on chromosomes
• Identify the types of human chromosomes: (i) autosomes. (ii) sex chromosomes
• Analyze and interpret human karyotypes
• Match paternal chromosomes and maternal chromosomes in human chromosome drawings/micrographs to construct a complete karyotype of an individual
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