Leucaena 1,083 claims

Claim · model-written summary

Phylogenetic results supported cladogenetic rather than hybrid origins for most of the 19 paleotetraploid Leucaena species.

Taxon

LeucaenaLeucaenat0

Outcome

origins for most of the 19 paleotetraploid speciese1

Qualifier

cladogenetic, rather than reticulate/hybride1

Verbatim

e1

“The phylogenetic results supported cladogenetic, rather than reticulate/hybrid, origins for most of the 19 paleotetraploid species”

t0

“Leucaena (Fabaceae)”

Claim · model-written summary

The ancestral paleotetraploid genome size of Leucaena (1.52 pg/2C) is relatively conserved among the paleotetraploids.

Taxon

LeucaenaLeucaenat0

Outcome

ancestral paleotetraploid genome sizee3

Value

1.52 pg/2 Ce3

Qualifier

relatively conserved among the paleotetraploidse3

Verbatim

e3

“The ancestral paleotetraploid genome size (1.52 pg/2 C) is relatively conserved among the paleotetraploids”

t0

“Leucaena (Fabaceae)”

Claim · model-written summary

Genome size showed only a weak relationship with environmental variables, and the hypothesis of significant environmental impact on genome size was rejected.

Taxon

LeucaenaLeucaenat0

Treatment

environmental variablese5

Outcome

genome sizee5

Qualifier

weak relationshipe5

Not reportedDirection

Verbatim

e4

“rejecting our hypothesis associated with environmental variables significantly impacting genome sizes”

e5

“A weak relationship between genome size and environmental variables suggests that other factors, including paleotetraploid genomic stability, have constrained genome size variation following a WGD 16+ million years ago”

t0

“Leucaena (Fabaceae)”

Claim · model-written summary

Other factors, including paleotetraploid genomic stability, are suggested to have constrained genome size variation in Leucaena since a whole-genome duplication 16+ million years ago.

Taxon

LeucaenaLeucaenat0

Outcome

genome size variatione5

Qualifier

paleotetraploid genomic stabilitye5

Verbatim

e5

“A weak relationship between genome size and environmental variables suggests that other factors, including paleotetraploid genomic stability, have constrained genome size variation following a WGD 16+ million years ago”

t0

“Leucaena (Fabaceae)”

Claim · model-written summary

Leucaena lignin has a strong predominance of guaiacyl units, with H:G:S ratio 1:83:16.

Taxon

LeucaenaLeucaenae0

Outcome

guaiacyl (G) unitse1

Value

H:G:S ratio of 1:83:16e2

Qualifier

strong predominancee1

Verbatim

e0

“Leucaena and tagasaste are fast-growing leguminous shrubs”

e1

“Leucaena lignin showed a strong predominance of guaiacyl (G) units”

e2

“(H:G:S ratio of 1:83:16; S/G 0.19)”

Claim · model-written summary

Leucaena lignin has an S/G ratio of 0.19.

Taxon

LeucaenaLeucaenae0

Outcome

S/Ge2

Value

0.19e2

Verbatim

e0

“Leucaena and tagasaste are fast-growing leguminous shrubs”

e2

“(H:G:S ratio of 1:83:16; S/G 0.19)”

Claim · model-written summary

Leucaena lignin has 66 % of its linkages as beta-O-4 alkyl-aryl ether linkages, fewer than in tagasaste.

Taxon

LeucaenaLeucaenae0

Outcome

β– O –4′ alkyl-aryl ether linkagese4

Value

66 %e4

Qualifier

fewere4

Verbatim

e0

“Leucaena and tagasaste are fast-growing leguminous shrubs”

e4

“Hence, leucaena lignin was characterized by fewer of β– O –4′ alkyl-aryl ether linkages (66 % of all linkages) and a higher proportion of condensed linkages, making it more resistant to delignification”

Claim · model-written summary

Leucaena lignin has a higher proportion of condensed linkages.

Taxon

LeucaenaLeucaenae0

Outcome

condensed linkagese4

Qualifier

a higher proportione4

Verbatim

e0

“Leucaena and tagasaste are fast-growing leguminous shrubs”

e4

“Hence, leucaena lignin was characterized by fewer of β– O –4′ alkyl-aryl ether linkages (66 % of all linkages) and a higher proportion of condensed linkages, making it more resistant to delignification”

Claim · model-written summary

Leucaena lignin is more resistant to delignification, attributed to its higher proportion of condensed linkages.

Taxon

LeucaenaLeucaenae0

Outcome

delignificatione4

Qualifier

a higher proportion of condensed linkagese4

Verbatim

e0

“Leucaena and tagasaste are fast-growing leguminous shrubs”

e4

“Hence, leucaena lignin was characterized by fewer of β– O –4′ alkyl-aryl ether linkages (66 % of all linkages) and a higher proportion of condensed linkages, making it more resistant to delignification”

Claim · model-written summary

Interaction with the Cupriavidus type strain formed ineffective nodules on Leucaena sp..

Taxon

Leucaena sp.Leucaenae0

Interactor

the type straine0symbiont

Outcome

formation of nodules, although these were ineffectivee0

Verbatim

t0

“Leucaena sp. and Arachis sp.”

e0

“the interactions of the type strain with Phaseolus vulgaris, and Leucaena sp. revealed the formation of nodules, although these were ineffective.”