> top > docs > PubMed:22198656 > annotations

PubMed:22198656 JSONTXT

Annnotations TAB JSON ListView MergeView

silkworm_phenotype

Id Subject Object Predicate Lexical cue
T3 424-438 BMO_00588 denotes sericin cocoon
T2 1229-1237 Chemical:MESH:D000432 denotes methanol
T1 157-165 Species:7091 denotes silkworm

PubMed_ArguminSci

Id Subject Object Predicate Lexical cue
T1 100-143 DRI_Background denotes In this study, silk sericin nanofibers from
T2 165-272 DRI_Background denotes , whose cocoons consist almost exclusively of sericin were successfully prepared by electrospinning method.
T3 273-357 DRI_Background denotes Scanning electron microscopy (SEM) was used to observe the morphology of the fibers.
T4 358-591 DRI_Approach denotes The effect of spinning conditions, including the concentration of sericin cocoon solution, acceleration voltage, spinning distance and flow rate on the fiber morphologies and the size distribution of sericin nanofibers were examined.
T5 592-764 DRI_Background denotes The structure and physical properties were also observed by Fourier transform infrared (FT-IR), differential scanning calorimetry (DSC) and thermogravimetric analysis (TG).
T6 765-1029 DRI_Background denotes The optimum conditions for producing finely thinner fibrous sericin nanofibers without beads were the concentration of sericin solution above 6-8 wt%, acceleration voltage ranging from 25 to 32 kV, spinning distance above 9 cm, and flow rate above 0.06 cm min(-1).
T7 1030-1137 DRI_Outcome denotes The mean diameter of as spun sericin fibers varied from 114 to 430 nm at the different spinning conditions.
T8 1138-1341 DRI_Background denotes In the as-spun fibers, silk sericin was present in a random coil conformation, while after methanol treatment, the molecular structure of silk sericin was transformed into a β-sheet containing structure.
T9 1342-1536 DRI_Outcome denotes Sericin hope nanofiber demonstrated thermal degradation at lower temperature than the sericin hope cocoon, which probably due to the randomly coiled rich structure of the sericin hope nanofiber.

silkworm

Id Subject Object Predicate Lexical cue
T1 157-165 Species:7091 denotes silkworm
T2 1229-1237 Chemical:MESH:D000432 denotes methanol

silkwormbase

Id Subject Object Predicate Lexical cue
T1 157-165 Species:7091 denotes silkworm
T2 1229-1237 Chemical:MESH:D000432 denotes methanol
T3 424-438 BMO_00588 denotes sericin cocoon

Allie

Id Subject Object Predicate Lexical cue
SS1_22198656_2_0 273-301 expanded denotes Scanning electron microscopy
SS2_22198656_2_0 303-306 abbr denotes SEM
SS1_22198656_4_0 652-678 expanded denotes Fourier transform infrared
SS2_22198656_4_0 680-685 abbr denotes FT-IR
SS1_22198656_4_1 688-721 expanded denotes differential scanning calorimetry
SS2_22198656_4_1 723-726 abbr denotes DSC
SS1_22198656_4_2 732-758 expanded denotes thermogravimetric analysis
SS2_22198656_4_2 760-762 abbr denotes TG
AE1_22198656_2_0 SS1_22198656_2_0 SS2_22198656_2_0 abbreviatedTo Scanning electron microscopy,SEM
AE1_22198656_4_0 SS1_22198656_4_0 SS2_22198656_4_0 abbreviatedTo Fourier transform infrared,FT-IR
AE1_22198656_4_1 SS1_22198656_4_1 SS2_22198656_4_1 abbreviatedTo differential scanning calorimetry,DSC
AE1_22198656_4_2 SS1_22198656_4_2 SS2_22198656_4_2 abbreviatedTo thermogravimetric analysis,TG