PubMed:28343984
Annnotations
GoldHamster
Id | Subject | Object | Predicate | Lexical cue |
---|---|---|---|---|
T1 | 0-8 | GO:0051337 | denotes | Amitosis |
T4 | 12-21 | SO:0001254 | denotes | Polyploid |
T5 | 12-27 | D011123 | denotes | Polyploid Cells |
T6 | 12-27 | D011123 | denotes | Polyploid Cells |
T7 | 69-79 | 2294143 | denotes | Drosophila |
T8 | 69-79 | 504603 | denotes | Drosophila |
T9 | 69-79 | 2294139 | denotes | Drosophila |
T10 | 69-79 | 2294145 | denotes | Drosophila |
T11 | 69-79 | 2294141 | denotes | Drosophila |
T12 | 69-79 | 2294142 | denotes | Drosophila |
T13 | 69-79 | 2294144 | denotes | Drosophila |
T14 | 69-79 | 2294140 | denotes | Drosophila |
T15 | 69-79 | D004330 | denotes | Drosophila |
T16 | 69-79 | 2080301 | denotes | Drosophila |
T17 | 80-89 | UBERON:0000160 | denotes | Intestine |
T18 | 143-152 | CL:0000034 | denotes | stem cell |
T19 | 196-205 | CL:0000034 | denotes | stem cell |
T20 | 234-246 | D009369 | denotes | malignancies |
T21 | 234-246 | D009369 | denotes | malignancies |
T22 | 251-256 | GO:0007568 | denotes | aging |
T23 | 318-327 | CL:0000034 | denotes | stem cell |
T24 | 495-499 | PR:P0A6B7 | denotes | ISCs |
T26 | 495-499 | PR:A5I4Z9 | denotes | ISCs |
T25 | 495-499 | GO:1990221 | denotes | ISCs |
T27 | 495-499 | GO:0031071 | denotes | ISCs |
T28 | 508-518 | 2294143 | denotes | Drosophila |
T29 | 508-518 | 504603 | denotes | Drosophila |
T30 | 508-518 | 2294139 | denotes | Drosophila |
T31 | 508-518 | 2294145 | denotes | Drosophila |
T32 | 508-518 | 2294141 | denotes | Drosophila |
T33 | 508-518 | 2294142 | denotes | Drosophila |
T34 | 508-518 | 2294144 | denotes | Drosophila |
T35 | 508-518 | 2294140 | denotes | Drosophila |
T36 | 508-518 | D004330 | denotes | Drosophila |
T37 | 508-518 | 2080301 | denotes | Drosophila |
T38 | 519-525 | UBERON:0001045 | denotes | midgut |
T40 | 542-549 | CVCL_E018 | denotes | spindle |
T39 | 542-549 | GO:0005819 | denotes | spindle |
T41 | 569-578 | MOP:0000569 | denotes | reduction |
T42 | 595-605 | CL:0000584 | denotes | enterocyte |
T43 | 641-649 | GO:0051337 | denotes | amitosis |
T44 | 651-659 | GO:0051337 | denotes | Amitosis |
T45 | 702-706 | PR:P0A6B7 | denotes | ISCs |
T47 | 702-706 | PR:A5I4Z9 | denotes | ISCs |
T46 | 702-706 | GO:1990221 | denotes | ISCs |
T48 | 702-706 | GO:0031071 | denotes | ISCs |
T49 | 720-726 | UBERON:0000479 | denotes | tissue |
T50 | 741-746 | GO:0007568 | denotes | aging |
T51 | 747-752 | D004175 | denotes | flies |
T52 | 836-846 | SO:0000857 | denotes | homologous |
T53 | 836-869 | GO:0045143 | denotes | homologous chromosome segregation |
T54 | 847-857 | GO:0005694 | denotes | chromosome |
T55 | 847-857 | SO:0000340 | denotes | chromosome |
T57 | 884-893 | MOP:0000569 | denotes | reduction |
T58 | 935-957 | SO:0001786 | denotes | loss of heterozygosity |
T59 | 991-999 | GO:0051337 | denotes | amitosis |
T60 | 1044-1053 | CL:0000034 | denotes | stem cell |
T61 | 1054-1065 | GO:0042592 | denotes | homeostasis |
PubMed_ArguminSci
Id | Subject | Object | Predicate | Lexical cue |
---|---|---|---|---|
T1 | 91-257 | DRI_Background | denotes | Organ fitness depends on appropriate maintenance of stem cell populations, and aberrations in functional stem cell numbers are associated with malignancies and aging. |
T2 | 258-428 | DRI_Challenge | denotes | Symmetrical division is the best characterized mechanism of stem cell replacement, but other mechanisms could also be deployed, particularly in situations of high stress. |
T3 | 429-650 | DRI_Outcome | denotes | Here, we show that after severe depletion, intestinal stem cells (ISCs) in the Drosophila midgut are replaced by spindle-independent ploidy reduction of cells in the enterocyte lineage through a process known as amitosis. |
T4 | 651-800 | DRI_Challenge | denotes | Amitosis is also induced by the functional loss of ISCs coupled with tissue demand and in aging flies, underscoring the generality of this mechanism. |
T5 | 801-958 | DRI_Outcome | denotes | However, we also found that random homologous chromosome segregation during ploidy reduction can expose deleterious mutations through loss of heterozygosity. |
T6 | 959-1131 | DRI_Outcome | denotes | Together, our results highlight amitosis as an unappreciated mechanism for restoring stem cell homeostasis, but one with some associated risk in animals carrying mutations. |
Goldhamster2_Cellosaurus
Id | Subject | Object | Predicate | Lexical cue |
---|---|---|---|---|
T1 | 435-437 | CVCL_5M23|Cancer_cell_line|Mesocricetus auratus | denotes | we |
T2 | 542-549 | CVCL_E018|Induced_pluripotent_stem_cell|Homo sapiens | denotes | spindle |
T3 | 622-623 | CVCL_6479|Finite_cell_line|Mus musculus | denotes | a |
T4 | 810-812 | CVCL_5M23|Cancer_cell_line|Mesocricetus auratus | denotes | we |
T5 | 1003-1005 | CVCL_8754|Cancer_cell_line|Homo sapiens | denotes | an |
T6 | 1003-1005 | CVCL_H241|Cancer_cell_line|Homo sapiens | denotes | an |
T7 | 1071-1074 | CVCL_Z424|Spontaneously_immortalized_cell_line|Ostrinia nubilalis | denotes | one |