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WBPhenotype:0000095
|
M lineage variant
|
The descendants of the M precursor cell exhibit variations in developmental programs compared to their counterparts in control animals. In C. elegans the M lineage is a postembryonic mesodermal lineage. |
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WBPhenotype:0000746
|
cell division variant
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Any variation that alters the physical partitioning and separation of a cell into daughter cells compared to control. |
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WBPhenotype:0000830
|
B lineage variant
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The descendants of the B cell (which divides only in the males) exhibit altered developmental programs compared to their counterparts in control animals. |
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WBPhenotype:0000504
|
nuclear division variant
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Any variation in the process by which a cell nucleus is divided into two nuclei, with DNA and other nuclear contents distributed between the daughter nuclei, compared to control. |
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WBPhenotype:0000099
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P lineages variant
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The descendants of any of the P precursor cells exhibit variations in developmental programs compared to their counterparts in control animals. |
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WBPhenotype:0000933
|
MS lineage variant
|
The descendants of the MS blastomere exhibit any variation in developmental programs compared to their counterparts in control animals. |
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WBPhenotype:0000832
|
C lineage variant
|
The descendants of the C blastomere exhibit altered developmental programs compared to their counterparts in control animals. |
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WBPhenotype:0000097
|
AB lineage variant
|
The descendants of the AB blastomere exhibit variations in developmental programs compared to their counterparts in control animals. |
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WBPhenotype:0000834
|
E lineage variant
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The descendants of the E blastomere exhibit altered developmental programs compared to their counterparts in control animals. |
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WBPhenotype:0000511
|
nuclear positioning variant
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Variations in the directed movement of the nucleus to a specific location within a cell compared to control. |
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WBPhenotype:0000092
|
intestinal cell proliferation variant
|
Any variation in the processes that govern the expansion of intestinal cell populations compared to control. |
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WBPhenotype:0000729
|
cell death variant
|
Animals exhibit variations in any of the processes that lead to the termination of vital functions of a cell. |
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WBPhenotype:0002563
|
neuron physiology phenotype
|
Animals exhibit variations in any physical or chemical process required for the neuron to carry out its normal functions or activities or be able to perceive and respond to cues, compared to control animals. |
|
WBPhenotype:0000988
|
gland cell physiology variant
|
Animals exhibit variations in any physical or chemical process required for the gland cell to carry out its normal functions or activities or be able to perceive and respond to signals, compared to control animals. |
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WBPhenotype:0002562
|
lysosome homeostasis abnormal
|
Cells exhibit variations or abnormalities in their maintenance of lysosome function, compared to controls. |
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WBPhenotype:0001833
|
membrane trafficking variant
|
Any variation in the directed movement of substances in a cell, from one side of a membrane to another, compared to control. |
|
WBPhenotype:0001752
|
vesicle trafficking variant
|
Animals exhibit variations in vesicle-based directed movement of substances into, out of, or within a cell compared to control. |
|
WBPhenotype:0001361
|
chromosome condensation variant
|
Any variation in the progressive compaction of dispersed interphase chromatin into threadlike chromosomes prior to mitotic or meiotic nuclear division, or during apoptosis, in eukaryotic cells compared to control. |
|
WBPhenotype:0000829
|
Q lineage variant
|
The descendants of Q L or QR cells exhibit altered developmental programs compared to their counterparts in control animals. |
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WBPhenotype:0000585
|
cell homeostasis metabolism variant
|
Variations in the chemical reactions and pathways involved in the maintenance of a steady-state at the level of the cell compared to control. |
|
WBPhenotype:0001423
|
coelomocyte physiology variant
|
Animals exhibit variations in any physical or chemical process required for the coelomocyte to carry out its normal functions or activities, compared to control animals. |
|
WBPhenotype:0001430
|
lysosome organization biogenesis variant
|
Variations in the processes that are carried out at the cellular level which results in the assembly, arrangement of constituent parts, or disassembly of a lysosome, compared to control. |
|
WBPhenotype:0000740
|
cell cycle variant
|
Cells of the animals exhibit variations in the initiation, progression or exit from the biochemical and morphological processes that occur during successive replication or nuclear replication events from that observed for control animals. |
|
WBPhenotype:0000935
|
D lineage variant
|
The descendants of the D blastomere exhibit any variation in developmental programs compared to their counterparts in control animals. |
|
WBPhenotype:0000987
|
germ cell physiology variant
|
Animals exhibit variations in any physical or chemical process required for the germ cell to carry out its normal functions or activities or be able to perceive and respond to cues, compared to control animals. |
|
WBPhenotype:0002170
|
calcium mediated signaling variant
|
Any variation in the series of molecular signals in which a cell or tissue uses calcium ions to convert a signal into a response, compared to control. |
|
WBPhenotype:0002061
|
chromosome decondensation variant
|
Any variation in the progressive decompaction of chromatin that changes chromosome structure from the condensed form to a relaxed disperse form. |
|
WBPhenotype:0002616
|
cellular calcium level abnormal
|
Cells exhibit an abnormal intracellular level (amount) of calcium, compared to controls. |
|
WBPhenotype:0000990
|
muscle cell physiology variant
|
Animals exhibit variations in any physical or chemical process required for the muscle cell to carry out its normal functions or activities or be able to perceive and respond to stimuli, compared to control animals. |
|
WBPhenotype:0002177
|
plasma membrane composition variant
|
Any variation in the components that make up the semipermeable bilayer surrounding a cell that separates the cell from its external environment compared to control. |
