Epistasis in a sentence
(1) Epistasis can be influenced by gene dosage.
(2) Epistasis can be influenced by genetic modifiers.
(3) Epistasis can be influenced by epigenetic factors.
(4) Epistasis can be detected using statistical methods.
(5) Epistasis can be influenced by environmental factors.
(6) Epistasis can be influenced by genetic recombination.
(7) Epistasis can lead to the emergence of novel phenotypes.
(8) Epistasis can play a role in the evolution of new species.
(9) Epistasis can result in the non-additive effects of genes.
(10) Epistasis can be influenced by the timing of gene expression.
Epistasis sentence
(11) Epistasis can be visualized using genetic interaction networks.
(12) Epistasis can lead to unexpected phenotypic ratios in offspring.
(13) The dihybrid cross can help determine the presence of epistasis.
(14) The effects of epistasis can be seen in both plants and animals.
(15) The effects of epistasis can be masked by other genetic factors.
(16) Epistasis can contribute to the genetic basis of complex diseases.
(17) Epistasis can lead to unexpected phenotypic outcomes in offspring.
(18) Epistasis can result in the loss of genetic information over time.
(19) Epistasis can result in the alteration of gene expression patterns.
(20) Epistasis can influence the evolutionary trajectory of populations.
Epistasis make sentence
(21) Epistasis can lead to the emergence of novel traits in a population.
(22) The effects of epistasis can be influenced by environmental factors.
(23) Epistasis can occur in both dominant and recessive gene interactions.
(24) Epistasis can affect the expression of multiple genes simultaneously.
(25) Epistasis can be influenced by the presence of other genetic variants.
(26) Epistasis can be mathematically modeled to predict genetic interactions.
(27) Epistasis can lead to the loss of genetic diversity within a population.
(28) Epistasis can result in the loss of genetic diversity within a population.
(29) The presence of epistasis can complicate the prediction of genetic traits.
(30) Epistasis can create genetic interactions that are not easily predictable.
Sentence of epistasis
(31) Epistasis can influence the survival and reproductive success of organisms.
(32) Epistasis can have both positive and negative effects on an organism's fitness.
(33) Epistasis can be influenced by gene interactions in different tissues or organs.
(34) Epistasis can have implications for personalized medicine and precision genetics.
(35) Epistasis can result in the suppression or enhancement of certain genetic traits.
(36) The study of epistasis has revealed the intricate nature of genetic interactions.
(37) Epistasis can result in the masking or modification of the effects of other genes.
(38) Understanding epistasis is crucial for predicting the outcomes of genetic crosses.
(39) The occurrence of epistasis can greatly influence the expression of certain traits.
(40) Epistasis is a common phenomenon in complex genetic traits, such as human diseases.
Epistasis meaningful sentence
(41) Epistasis can be modeled mathematically to predict the outcomes of genetic crosses.
(42) Epistasis plays a significant role in determining the coloration of certain animals.
(43) Epistasis can have significant implications for the development of genetic therapies.
(44) The presence of epistasis can complicate the identification of disease-causing genes.
(45) Researchers are studying epistasis to gain insights into the genetic basis of diseases.
(46) The discovery of epistasis has revolutionized our understanding of genetic inheritance.
(47) The study of epistasis has important implications for breeding programs in agriculture.
(48) The study of epistasis looks at how one gene can affect the expression of another gene.
(49) Epistasis is a term used in genetics to describe the interaction between different genes.
(50) The concept of epistasis is important in understanding the inheritance of certain traits.
Epistasis sentence examples
(51) The study of epistasis has provided insights into the complexity of genetic interactions.
(52) Understanding epistasis is crucial for unraveling the complexities of genetic inheritance.
(53) Epistasis can occur between genes located on the same chromosome or different chromosomes.
(54) Epistasis can occur between genes located on the same chromosome or on different chromosomes.
(55) The effects of epistasis can be observed in the variation of flower colors in certain plants.
(56) Understanding epistasis is crucial for predicting the inheritance patterns of genetic traits.
(57) Epistasis can occur between genes located on different chromosomes or on the same chromosome.
(58) Epistasis can be classified into different types based on the nature of the gene interactions.
(59) The discovery of epistasis has challenged the traditional Mendelian principles of inheritance.
(60) Epistasis can create genetic interactions that are not easily explained by Mendelian genetics.
Sentence with epistasis
(61) Epistasis can create genetic interactions that are not easily replicated in laboratory settings.
(62) Epistasis is a phenomenon in genetics where one gene masks or modifies the effect of another gene.
(63) The study of epistasis has important implications for genetic counseling and personalized medicine.
(64) Epistasis can be studied using experimental techniques such as gene knockout or gene overexpression.
(65) The study of epistasis has opened up new avenues for understanding the complexity of genetic systems.
(66) The study of epistasis has helped scientists understand the genetic interactions underlying complex diseases.
(67) Allelic interactions can have significant effects on gene expression and phenotype, and can be influenced by factors such as gene dosage and epistasis.
Epistasis meaning
Epistasis is a term used in genetics to describe the interaction between different genes that affect the expression of a particular trait. It refers to the phenomenon where the expression of one gene is influenced by the presence or absence of another gene. In simpler terms, epistasis occurs when the effect of one gene on a trait is modified by the presence of another gene. If you are writing about genetics or biology, it is important to use the term epistasis correctly in your sentences. Here are some tips on how to use the word epistasis in a sentence:
1. Use epistasis to describe the interaction between genes: When writing about genetics, use epistasis to describe the interaction between different genes that affect the expression of a particular trait.
For example, "The expression of the gene for flower color is influenced by epistasis with the gene for petal shape."
2. Use epistasis to explain the complexity of genetic traits: Epistasis is often used to explain the complexity of genetic traits.
For example, "The inheritance of eye color is not simply determined by a single gene, but is influenced by epistasis between multiple genes."
3. Use epistasis to describe the effect of mutations: Mutations in genes can also affect epistasis.
For example, "A mutation in one gene can disrupt epistasis with another gene, leading to a change in the expression of a particular trait."
4. Use epistasis to discuss genetic disorders: Epistasis can also play a role in the development of genetic disorders.
For example, "Epistasis between multiple genes has been implicated in the development of certain types of cancer."
5. Use epistasis in scientific writing: Epistasis is a technical term used in genetics and biology, so it is appropriate to use it in scientific writing. However, be sure to define the term if you are writing for a general audience.
In conclusion, epistasis is an important term in genetics and biology that describes the interaction between different genes that affect the expression of a particular trait. By following these tips, you can use the word epistasis correctly in your sentences and effectively communicate complex genetic concepts.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Epistasis. They do not represent the opinions of TranslateEN.com.