original: Genotype and Mendelian inheritance The distinction between genotype and phenotype is commonly experienced when studying family patterns for certain hereditary diseases or conditions, for example, haemophilia.
simplifications: The difference between genotype and phenotype is found when studying family patterns of passed on diseases or conditions like haemophilia. When studying hereditary diseases, one will come across the difference between genotype and phenotype. Genotype and Mendelian inheritance: The distinction between genotype and phenotype is common when studying family patterns for inherited diseases or conditions. One example is haemophilia. Genotype and Mendelian inheritance The difference between genotype and phenotype is often seen when looking at family patterns for hereditary diseases or conditions like haemophilia. The distinction between genotype and phenotype can be seen when studying family patterns for certain hereditary diseases for example, haemophilia. You can see the difference between genotype and phenotype when studying families for certain inheritable conditions. The difference between genotype and phenotype is commonly noticed when studying family patterns for certain hereditary diseases or conditions. The difference between genotype and phenotype is usually noticed when studying family patterns for certain hereditary diseases or conditions. Example of such is haemophilia. The difference between genotype and phenotype is most obvious when comparing family patterns for certain familial disease/ conditions like hemophilia. Genotype and Mendelian inheritance The difference between genotype and phenotype is commonly experienced in the study of family patterns for certain hereditary diseases or conditions such as haemophilia.