FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4207009105> ?p ?o ?g. }

• W4207009105 endingPage "183" @default.
• W4207009105 startingPage "159" @default.
• W4207009105 abstract "Abstract Natural rubber is extracted from the Hevea tree, through shaving the bark. As a major raw material source for many industries especially the tyre sector, Hevea rubber clones are intensively cultivated in the tropics. The world production of Hevea rubber is almost 13.64 million metric tonnes, and the productivity is around 1200 kg ha −1 . However, the field production achieved so far is still well below the theoretical yield estimated (7000–12,000 kg ha −1 ). Even though this is a calculated estimate, efforts can be kept live to achieve this target, because Hevea rubber is being increasingly cultivated under several suboptimal environments after the 1980s. In this era of climate change, newer biotic and abiotic stresses encounter Hevea rubber culture that demands new clones at definite intervals. Hence, like any other species, Hevea rubber breeding is a continuous process in quest of new clones achieved through exploiting new sources of genetic variation. Hevea rubber breeding is to produce high‐yielding clones with good timber value. First priority is to explore and exploit genetic variation in clones, half‐sib, full‐sib and illegitimate (open‐pollinated) seedlings, where dry rubber yield and wood volume are the target traits. Next is to maximize genetic gains per unit time, through understanding juvenile–mature correlations and to practice selection of high‐yielding genotypes at the juvenile stage. Hevea rubber had a long breeding cycle of 33 years but could be reduced to 17 years after culling non‐essential steps of deriving clones. However, this could be reduced to 10 years, if a DNA marker‐assisted selection system is applied to seedlings. This system must also ensure significant juvenile–mature correlations on yield. This is a formidable task because under given circumstances, such a correlation is almost absent. However, this can be turned into a reality through employing yield‐related DNA markers with genomic selection (GS). The impact of DNA markers linked with REF, SRPP, acetyl‐CoA acetyltransferase, HMGS, HMGR and JAZ need to be specifically evaluated. GS that aims to improve quantitative traits by using genome‐wide marker data without requiring identification of markers associated with quantitative trait loci (QTLs) of interest can be used in Hevea also. Subsequently, by a predictive model, genomic estimated breeding values (GEBVs) can be calculated for untested individuals from a ‘testing population’. GS captures the total additive genetic variance with genome‐wide marker coverage and effect estimates. Therefore, selection of an individual without phenotypic data can be performed based on the individual's predicted breeding value. This review makes an assessment of the molecular markers in Hevea rubber and aims to streamline an efficient selection system to be applied onto seedlings through GS that owes a significant correlation with the mature phase." @default.
• W4207009105 created "2022-01-26" @default.
• W4207009105 creator A5067082515 @default.
• W4207009105 date "2022-01-24" @default.
• W4207009105 modified "2023-09-26" @default.
• W4207009105 title "Molecular markers to devise predictive models for juvenile selection in <i>Hevea</i> rubber" @default.
• W4207009105 cites W125168797 @default.
• W4207009105 cites W1545997004 @default.
• W4207009105 cites W1606195251 @default.
• W4207009105 cites W1675803731 @default.
• W4207009105 cites W1730088265 @default.
• W4207009105 cites W1778554710 @default.
• W4207009105 cites W1808219673 @default.
• W4207009105 cites W1928998639 @default.
• W4207009105 cites W1966647092 @default.
• W4207009105 cites W1966870489 @default.
• W4207009105 cites W1970431932 @default.
• W4207009105 cites W1970923902 @default.
• W4207009105 cites W1975422465 @default.
• W4207009105 cites W1979337702 @default.
• W4207009105 cites W1980991473 @default.
• W4207009105 cites W1985609220 @default.
• W4207009105 cites W1987060974 @default.
• W4207009105 cites W1991217157 @default.
• W4207009105 cites W1994910261 @default.
• W4207009105 cites W1998447523 @default.
• W4207009105 cites W1998671094 @default.
• W4207009105 cites W1999991306 @default.
• W4207009105 cites W2000047659 @default.
• W4207009105 cites W2008051623 @default.
• W4207009105 cites W2008933956 @default.
• W4207009105 cites W2009292025 @default.
• W4207009105 cites W2009797453 @default.
• W4207009105 cites W2011583467 @default.
• W4207009105 cites W2014227340 @default.
• W4207009105 cites W2014315236 @default.
• W4207009105 cites W2020373468 @default.
• W4207009105 cites W2021531751 @default.
• W4207009105 cites W2024367407 @default.
• W4207009105 cites W2028803704 @default.
• W4207009105 cites W2029384003 @default.
• W4207009105 cites W2029799473 @default.
• W4207009105 cites W2029903600 @default.
• W4207009105 cites W2035441239 @default.
• W4207009105 cites W2038926957 @default.
• W4207009105 cites W2039100998 @default.
• W4207009105 cites W2041755323 @default.
• W4207009105 cites W2042060276 @default.
• W4207009105 cites W2043695363 @default.
• W4207009105 cites W2048684300 @default.
• W4207009105 cites W2048777269 @default.
• W4207009105 cites W2051347875 @default.
• W4207009105 cites W2053109958 @default.
• W4207009105 cites W2056351875 @default.
• W4207009105 cites W2056742329 @default.
• W4207009105 cites W2058112655 @default.
• W4207009105 cites W2059455026 @default.
• W4207009105 cites W2061576695 @default.
• W4207009105 cites W2064601410 @default.
• W4207009105 cites W2066542845 @default.
• W4207009105 cites W2067715889 @default.
• W4207009105 cites W2071882637 @default.
• W4207009105 cites W2076921970 @default.
• W4207009105 cites W2077630103 @default.
• W4207009105 cites W2080669222 @default.
• W4207009105 cites W2086399523 @default.
• W4207009105 cites W2087551093 @default.
• W4207009105 cites W2090679517 @default.
• W4207009105 cites W2091798987 @default.
• W4207009105 cites W2093639478 @default.
• W4207009105 cites W2099676662 @default.
• W4207009105 cites W2102653921 @default.
• W4207009105 cites W2102934288 @default.
• W4207009105 cites W2113286803 @default.
• W4207009105 cites W2113492305 @default.
• W4207009105 cites W2119938055 @default.
• W4207009105 cites W2122825543 @default.
• W4207009105 cites W2125111830 @default.
• W4207009105 cites W2125575267 @default.
• W4207009105 cites W2125713271 @default.
• W4207009105 cites W2125959136 @default.
• W4207009105 cites W2130434665 @default.
• W4207009105 cites W2133385908 @default.
• W4207009105 cites W2137797806 @default.
• W4207009105 cites W2142062741 @default.
• W4207009105 cites W2146852295 @default.
• W4207009105 cites W2148453315 @default.
• W4207009105 cites W2153707555 @default.
• W4207009105 cites W2154562310 @default.
• W4207009105 cites W2155245337 @default.
• W4207009105 cites W2156399026 @default.
• W4207009105 cites W2158830696 @default.
• W4207009105 cites W2172970198 @default.
• W4207009105 cites W2185396669 @default.
• W4207009105 cites W2396830442 @default.
• W4207009105 cites W2414027954 @default.
• W4207009105 cites W2414292166 @default.
• W4207009105 cites W2461486189 @default.

• next