Recombination in a sentence
(1) Gametic recombination occurs during meiosis.
(2) The pronucleus is a site of genetic recombination.
(3) The centimorgan is a unit of genetic recombination.
(4) Chromomeres are important for genetic recombination.
(5) Lysogeny can be a mechanism for viral recombination.
(6) Somatic recombination is a genetic process in cells.
(7) Epistasis can be influenced by genetic recombination.
(8) The centimorgan is a measure of genetic recombination.
(9) Pachytene is a period of intense genetic recombination.
(10) Analyze the chromomere's role in genetic recombination.
Recombination sentence
(11) Chromos can be rearranged through genetic recombination.
(12) The twopoint crossover is a genetic recombination event.
(13) The leptotene stage is crucial for genetic recombination.
(14) Deoxyribose is a crucial component for DNA recombination.
(15) Heterothallism allows for genetic recombination in fungi.
(16) The basidium is a site of genetic recombination in fungi.
(17) The organism can mutate through on genetic recombination.
(18) The presence of chiasmata indicates genetic recombination.
(19) The restriction enzyme is used to study DNA recombination.
(20) The concept of recombination is widely studied in genetics.
Recombination make sentence
(21) Spermatocytes undergo genetic recombination during meiosis.
(22) The x chromosome is subject to recombination during meiosis.
(23) Ethidium is commonly used in the study of DNA recombination.
(24) The pericentric region is a hotspot for recombination events.
(25) The centromeric region is a hotspot for recombination events.
(26) The chromomere plays a crucial role in genetic recombination.
(27) Allelism allows for the possibility of genetic recombination.
(28) The centimorgan is a unit of genetic recombination frequency.
(29) Allelic recombination can result in new genetic combinations.
(30) Polygenetic traits can be influenced by genetic recombination.
Sentence of recombination
(31) Amphimixes is a mechanism that promotes genetic recombination.
(32) Recombination plays a crucial role in the evolution of species.
(33) The bivalent chromosome undergoes recombination during meiosis.
(34) The diploids have a greater capacity for genetic recombination.
(35) The DNA recombines during the process of genetic recombination.
(36) Meiotic recombination can generate new combinations of alleles.
(37) The phenomenon of crossing over helps in genetic recombination.
(38) Chromomeres play a role in the process of genetic recombination.
(39) The formation of bivalents is crucial for genetic recombination.
(40) The centimorgan is a measure of genetic recombination frequency.
Recombination meaningful sentence
(41) The intragenic recombination led to the formation of a new gene.
(42) The gametangium is a site of genetic recombination and variation.
(43) Atavists can be seen as living examples of genetic recombination.
(44) Meiotic recombination leads to the shuffling of genetic material.
(45) The chiasma is a physical manifestation of genetic recombination.
(46) The chromatid is involved in the process of genetic recombination.
(47) Leptotene is a vital step in the process of meiotic recombination.
(48) Monoploid individuals are unable to undergo genetic recombination.
(49) The parent cell is the site of genetic recombination and mutation.
(50) Asynapsis can disrupt the normal process of genetic recombination.
Recombination sentence examples
(51) Agametes are not involved in the process of genetic recombination.
(52) The anagenetic process can be influenced by genetic recombination.
(53) Pachytene is a stage of meiosis where genetic recombination occurs.
(54) The archesporium is a site of meiotic recombination in plant cells.
(55) The archesporium is a site of genetic recombination in plant cells.
(56) Topoisomerase plays a crucial role in DNA repair and recombination.
(57) During zygotene, the chromosomes undergo pairing and recombination.
(58) The metaphase stage is a critical period for genetic recombination.
(59) The rate of recombination can vary along the length of a chromosome.
(60) The presence of recombinants suggested successful DNA recombination.
Sentence with recombination
(61) Submetacentric chromosomes can undergo recombination during meiosis.
(62) Zygotene is a dynamic phase in the process of meiotic recombination.
(63) Recombination is a natural mechanism that promotes genetic variation.
(64) The fusion of gametes leads to the recombination of genetic material.
(65) Basidial reproduction allows for genetic recombination and variation.
(66) The nucleoid is a site of genetic recombination in prokaryotic cells.
(67) The diploidy of certain organisms can result in genetic recombination.
(68) Zygotene is an important step in the process of genetic recombination.
(69) Gametic recombination increases genetic variation within a population.
(70) Syngamy allows for the exchange and recombination of genetic material.
Use recombination in a sentence
(71) The diploidy of cells allows for genetic recombination during meiosis.
(72) Allelic variation can be caused by mutations or genetic recombination.
(73) Meiosis allows for the shuffling and recombination of genetic material.
(74) The gametophytic generation is where genetic recombination takes place.
(75) The metagenetic process involves the recombination of genetic material.
(76) The gamete is the result of a complex process of genetic recombination.
(77) Zygotene is an important step in the recombination of genetic material.
(78) Understanding recombination is essential for studying genetic diversity.
(79) Recombination can occur spontaneously or be induced by external factors.
(80) The presence of recombinants indicated successful genetic recombination.
Sentence using recombination
(81) The pachytene stage is marked by the formation of recombination nodules.
(82) The diploids have a higher rate of genetic recombination during meiosis.
(83) Mitotic recombination can contribute to genetic diversity and evolution.
(84) Zygotene is a stage where the chromosomes undergo genetic recombination.
(85) The study of heterokaryons provides insights into genetic recombination.
(86) The inheritance of gonosomes can be influenced by genetic recombination.
(87) The virus was able to mutate through a process of genetic recombination.
(88) The diplontic life cycle allows for genetic recombination and variation.
(89) The frequency of recombination events can vary among different organisms.
(90) Recombination is a complex process that involves DNA breakage and repair.
Recombination example sentence
(91) Sporophytic cells in plants undergo genetic recombination during meiosis.
(92) Mitotic recombination can generate genetic diversity within a population.
(93) We used a testcross to investigate the presence of genetic recombination.
(94) The DNA strands intercrossed during the process of genetic recombination.
(95) Interbreeds are a living example of the wonders of genetic recombination!
(96) Incredible! The chromomere plays a crucial role in genetic recombination.
(97) In zygotene, the chromosomes align and prepare for genetic recombination.
(98) The double-stranded DNA molecule can undergo recombination during meiosis.
(99) Mitotic recombination can result in genetic variation within a population.
(100) Diplotene is a stage where genetic recombination plays a significant role.
Sentence with word recombination
(101) The haplotype block structure indicated regions of recombination hotspots.
(102) Heteromorphy can be a result of genetic recombination during reproduction.
(103) The oospore can be a source of genetic recombination in certain organisms.
(104) The presence of a heteroduplex can indicate a genetic recombination event.
(105) Heteroduplex formation can occur during genetic recombination in bacteria.
(106) Ambipolar recombination is a process that occurs in semiconductor devices.
(107) Autosomally linked genes can be separated by recombination during meiosis.
(108) The synapsis of chromosomes is essential for proper genetic recombination.
(109) The daughter cell undergoes recombination and genetic variation in meiosis.
(110) The study of recombination has important implications for disease research.
Sentence of recombination
(111) Diplotene is a crucial phase in meiosis where genetic recombination occurs.
(112) The chromomeres are closely linked to the process of genetic recombination.
(113) The heteroduplex formation is a common phenomenon in genetic recombination.
(114) The discovery of recombination revolutionized our understanding of genetics.
(115) The mechanisms underlying recombination are still being actively researched.
(116) Heteromorphism can be a result of genetic recombination during reproduction.
(117) The Shockley effect refers to the phenomenon of electron-hole recombination.
(118) Allelism can lead to the occurrence of genetic recombination during meiosis.
(119) Deoxyribonucleotides are involved in DNA recombination and repair processes.
(120) The dihybrid cross can help determine the presence of genetic recombination.
Recombination used in a sentence
(121) The centromeric region is a hotspot for recombination events during meiosis.
(122) The activity of endonucleases is essential for DNA repair and recombination.
(123) Haploid cells are genetically different from each other due to recombination.
(124) The rate of recombination can be influenced by various environmental factors.
(125) Recombination is a fundamental process that contributes to genetic diversity.
(126) Recombination is a process that contributes to the adaptability of organisms.
(127) Researchers are using the replicons in this array to study DNA recombination.
(128) The p-type layer is responsible for the recombination of electrons and holes.
(129) The restriction fragment analysis provided evidence of genetic recombination.
(130) The chromatid is a key player in the process of DNA repair and recombination.
Recombination sentence in English
(131) The centimorgan is a way to quantify the likelihood of genetic recombination.
(132) Exciton recombination is a process that releases energy in the form of light.
(133) The chiasma is an important structure in the process of genetic recombination.
(134) The heterozygote genotype allows for the possibility of genetic recombination.
(135) The inheritance of a dominant gene can be influenced by genetic recombination.
(136) The plant reproduced without the need for genetic recombination apomictically.
(137) Recombination is a process that involves the rearrangement of genetic material.
(138) The formation of a heteroduplex structure is crucial for genetic recombination.
(139) The double strand of DNA is essential for the process of genetic recombination.
(140) X-linked inheritance can be influenced by genetic recombination during meiosis.
(141) Telocentric chromosomes can undergo rearrangements during genetic recombination.
(142) Meioses are responsible for the shuffling and recombination of genetic material.
(143) Geneticists use centimorgans to study the recombination of genes during meiosis.
(144) The inheritability of certain traits can be influenced by genetic recombination.
(145) The biologist studied the cross-linking of DNA strands in genetic recombination.
(146) Recombination can result in the exchange of genetic material between chromosomes.
(147) The synaptonemal complex is a key player in the process of genetic recombination.
(148) The bicarpellary structure of the plant allows for greater genetic recombination.
(149) Heterologous recombination can occur when DNA from different sources is combined.
(150) The holandric gene is passed on from fathers to their sons without recombination.
(151) Autosomal inheritance can be influenced by factors such as genetic recombination.
(152) The centimorgan is a measure of how often recombination occurs between two genes.
(153) The occurrence of amphiploidies can be influenced by genetic recombination events.
(154) The occurrence of recombination can lead to the creation of new gene combinations.
(155) The study of recombination has provided insights into the mechanisms of evolution.
(156) The process of speciation can be influenced by genetic recombination and mutation.
(157) The allogamous nature of the species promotes genetic recombination and variation.
(158) Recombinational hotspots are regions of the genome prone to genetic recombination.
(159) Although chromomeres are small, they play a crucial role in genetic recombination.
(160) A centimorgan represents a 1% chance of recombination occurring between two genes.
(161) The genic architecture of a genome can influence the rate of genetic recombination.
(162) The formation of tetrads is a crucial step in the process of genetic recombination.
(163) The diversity of antibodies is generated by a process called somatic recombination.
(164) The genotypic variations in a population can be influenced by genetic recombination.
(165) The diakinesis stage ensures genetic diversity through the process of recombination.
(166) Haploidy can result in faster evolution due to the absence of genetic recombination.
(167) The occurrence of amphidiploidies can be influenced by genetic recombination events.
(168) The study of retroelement has shed light on the mechanisms of genetic recombination.
(169) One centimorgan represents a 1% chance of recombination occurring between two genes.
(170) Diakinesis is a complex process that involves the recombination of genetic material.
(171) The occurrence of recombination can lead to the creation of new genetic combinations.
(172) The chiasma is a site of genetic recombination that contributes to genetic variation.
(173) Superparasitism can increase the likelihood of genetic recombination among parasites.
(174) The artist is using a technique called recombination art to create unique sculptures.
(175) Autotetraploids can have different levels of gene recombination compared to diploids.
(176) The presence of allelomorphism can result in the occurrence of genetic recombination.
(177) One centimorgan is equal to a 1% chance of recombination occurring between two genes.
(178) Cytogeny has provided valuable insights into the mechanisms of genetic recombination.
(179) The study of heterokaryons has shed light on the mechanisms of genetic recombination.
(180) Allopolyploids can undergo genetic recombination, leading to novel gene combinations.
(181) The formation of bivalents is a crucial step in the process of genetic recombination.
(182) Recombination is a fascinating phenomenon that continues to be explored by scientists.
(183) The inheritance of alleles can be influenced by factors such as genetic recombination.
(184) Molecular genetics has provided insights into the mechanisms of genetic recombination.
(185) The apocarpous structure allows for genetic recombination, and it enhances adaptation.
(186) During DNA repair, the chromatid can undergo recombination to fix damaged DNA strands.
(187) The double-stranded RNA virus can undergo recombination, leading to genetic diversity.
(188) The study of recombination has practical applications in agriculture and biotechnology.
(189) Recombination is a key mechanism for generating genetic variability within populations.
(190) Mutational studies have provided insights into the mechanisms of genetic recombination.
(191) The development of a genetic map requires the analysis of genetic recombination events.
(192) Allotetraploids can undergo genetic recombination and hybridization with other species.
(193) Angiosperms have a higher rate of genetic recombination compared to other plant groups.
(194) The recombinational hotspot analysis revealed a high frequency of recombination events.
(195) Gametic recombination during meiosis leads to the creation of new genetic combinations.
(196) Thermoluminescence is a technique that relies on the recombination of trapped electrons.
(197) The process of recombination can lead to the production of offspring with unique traits.
(198) The presence of multiple chiasmata can increase the likelihood of genetic recombination.
(199) The study of endonucleases has provided insights into DNA replication and recombination.
(200) The dioecious nature of certain fungi ensures genetic recombination during reproduction.
(201) Picornaviruses can undergo recombination, leading to the emergence of new viral strains.
(202) If intrapopulation genetic recombination is frequent, it can increase genetic diversity.
(203) The centimorgan is a measure of how often recombination occurs between two genetic loci.
(204) The genetic recombination that occurs during zoogamete fusion leads to genetic variation.
(205) Coinfection with different strains of the same virus can result in genetic recombination.
(206) The ascogonium is a specialized structure that allows for genetic recombination in fungi.
(207) Sperm by means of genetic recombination contribute to the genetic diversity of offspring.
(208) The plant produced seeds that were not the result of genetic recombination apomictically.
(209) The heterosporous strategy allows for increased genetic recombination within a population.
(210) Epistatic relationships can be influenced by the presence of genetic recombination events.
(211) Gregor Mendel's experiments with pea plants revealed the concept of genetic recombination.
(212) The Shockley-Read-Hall recombination mechanism is widely studied in semiconductor physics.
(213) The study of polyhybrids can provide insights into the mechanisms of genetic recombination.
(214) The karyological examination provided evidence for genetic recombination in the population.
(215) The study of chromomeres can help in understanding the mechanisms of genetic recombination.
(216) The study of transposons has provided insights into the mechanisms of genetic recombination.
(217) Recombination is a dynamic process that can result in the reshuffling of genetic information.
(218) Allelic recombination can lead to genetic diversity, but it can also cause genetic disorders.
(219) The study of recombination has implications for understanding the origins of genetic diseases.
(220) Heterotypic interactions between different types of viruses can lead to genetic recombination.
(221) Researchers often calculate centimorgans to determine the likelihood of genetic recombination.
(222) Allopolyploids can have altered patterns of gene recombination and chromosomal rearrangements.
(223) Ascosporic fungi are important model organisms for studying genetic recombination and meiosis.
(224) By comparing restriction maps, scientists could identify regions of high genetic recombination.
(225) The phenotypic variation within a population is a result of genetic mutations and recombination.
(226) Gynogenesis offers a unique opportunity to study the effects of a lack of genetic recombination.
(227) The structural gene is inherited from both parents and can undergo recombination during meiosis.
(228) Synaptonemal complexes play a crucial role in the pairing and recombination of genetic material.
(229) The occurrence of recombination can lead to the production of offspring with advantageous traits.
(230) The monoecism of certain plants is an adaptation to ensure outcrossing and genetic recombination.
(231) Microevolutionary studies have revealed the role of genetic recombination in generating diversity.
(232) The chromomere's position within the chromosome can affect the frequency of genetic recombination.
(233) Somatic recombination is a process that rearranges genetic material during immune cell development.
(234) The occurrence of allelism can be influenced by factors such as mutation and genetic recombination.
(235) Amphimixis is a dynamic process that allows for the exchange and recombination of genetic material.
(236) Mitotic recombination can lead to the repair of DNA damage and the restoration of genetic integrity.
(237) The study of chromidia has revealed important insights into the mechanisms of genetic recombination.
(238) Microevolutionary processes can be influenced by factors such as genetic recombination and gene flow.
(239) Self-pollination can limit the potential for genetic recombination and the creation of novel genotypes.
(240) The study of coinheritance has provided valuable insights into the mechanisms of genetic recombination.
(241) Gynogenetic reproduction can result in genetic diversity through recombination of maternal chromosomes.
(242) The gamete is formed through a combination of genetic recombination and random assortment of chromosomes.
(243) Amphimixis is a complex process that involves multiple stages of cell division and genetic recombination.
(244) Coinheritance is influenced by factors such as genetic linkage and the presence of recombination hotspots.
(245) Amphimixis is a complex biological process that involves the exchange and recombination of genetic material.
(246) The occurrence of cladogenesis can be influenced by factors such as genetic recombination and hybridization.
(247) Allelism is a dynamic process, and it can lead to the emergence of new traits through genetic recombination.
(248) The process of genetic recombination can lead to evolutionary change by shuffling genes between individuals.
(249) Recombination is a fundamental process that ensures the proper segregation of chromosomes during cell division.
(250) Allelism can be influenced by genetic recombination, which can shuffle alleles during the formation of gametes.
(251) The chromomere is a distinct structure within the nucleus, and it plays a crucial role in genetic recombination.
(252) Biophysically, the process of DNA recombination results in the exchange of genetic material between chromosomes.
(253) The allelic composition of a population can change over generations through the process of genetic recombination.
(254) The germ plasm is subject to genetic recombination during meiosis, which can result in new combinations of traits.
(255) The process of chalazogamy, which involves the fusion of male and female gametes, results in genetic recombination.
(256) The development of macronuclei is a complex process that involves DNA replication, recombination, and rearrangement.
(257) The synaptonemal complex is a fascinating example of the intricate molecular machinery that underlies genetic recombination.
(258) The genetic makeup of gametes is determined by the process of recombination, which shuffles genetic material during meiosis.
(259) The genetic recombination occurring during amphimictic reproduction can lead to the production of offspring with unique phenotypes.
(260) The ascosporic phase of the life cycle allows for genetic recombination and the creation of genetic diversity within fungal populations.
(261) Although the genetic marker for the trait was present in both parents, their child did not inherit it due to a rare genetic recombination event.
(262) The intercalary segment of a chromosome is a region that is not involved in genetic recombination, and it is often used as a marker in genetic studies.
(263) DNA recombination is a process by which genetic material is exchanged between different DNA molecules, and this can lead to the creation of new combinations of genes and traits.
Recombination meaning
Recombination is a term commonly used in genetics and molecular biology to describe the process of combining genetic material from different sources to create new combinations. It plays a crucial role in the generation of genetic diversity and is essential for evolution and the survival of species. In this article, we will explore various tips on how to use the word "recombination" or the phrase "genetic recombination" effectively in sentences.
1. Define the term: When introducing the word "recombination" or the phrase "genetic recombination" in a sentence, it is important to provide a clear and concise definition.
For example, "Recombination refers to the process of exchanging genetic material between two or more DNA molecules, resulting in the creation of new combinations of genes."
2. Contextualize the concept: To enhance understanding, it is helpful to provide context or examples related to recombination. For instance, "Genetic recombination is a fundamental mechanism that occurs during sexual reproduction, where genetic material from both parents is combined to produce offspring with unique genetic traits."
3. Highlight its significance: Emphasize the importance of recombination in genetic diversity and evolution.
For example, "Recombination plays a vital role in generating genetic diversity within a population, allowing for adaptation to changing environments and increasing the chances of survival."
4. Discuss its applications: Explore the practical applications of recombination in various fields, such as biotechnology and agriculture. For instance, "Genetic recombination is extensively utilized in biotechnology to create genetically modified organisms with desired traits, such as disease resistance or increased crop yield."
5. Explain the mechanisms: Elaborate on the different mechanisms or processes involved in recombination, such as crossing over during meiosis or site-specific recombination mediated by enzymes.
For example, "During meiosis, recombination occurs through a process called crossing over, where homologous chromosomes exchange genetic material, resulting in the shuffling of genes."
6. Compare with related terms: Differentiate recombination from other related terms, such as mutation or genetic variation. For instance, "While mutation refers to changes in the DNA sequence, recombination involves the exchange of genetic material between different DNA molecules, leading to the creation of new combinations of genes."
7. Discuss its role in disease: Address the role of recombination in genetic diseases or disorders.
For example, "Abnormal recombination events can lead to genetic diseases, as they can result in the rearrangement or deletion of genetic material, disrupting normal gene function."
8. Provide historical context: Briefly mention the historical background or discoveries related to recombination, such as the work of Gregor Mendel or the identification of recombination hotspots. For instance, "The concept of genetic recombination was first proposed by Gregor Mendel in the 19th century, who observed the inheritance patterns of traits in pea plants."
9. Use in a sentence:
Finally, provide an example sentence that incorporates the word "recombination" or the phrase "genetic recombination" in a meaningful way. For instance, "The process of genetic recombination during meiosis ensures the production of genetically diverse gametes, contributing to the genetic variability of offspring."
In conclusion, the word "recombination" and the phrase "genetic recombination" are essential concepts in genetics and molecular biology. By following these tips, you can effectively incorporate them into sentences, providing a clear understanding of their meaning and significance.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Recombination. They do not represent the opinions of TranslateEN.com.