With the disruption of an internal reserve electron source condenser array driven through overdrive reaction by a subspace injection from the osseous induction manifold, it can cause this action which under normal configuration would cancel out.
The G2 excitatory accelerator resonator emits a 1x10 erg output, counteracting a radiative meta particle field from the delta induction emission chromatic emitters. The load-in threshold flow regulator augers, maintains an onsite lower dimensional exotic fluid conduits where most of it precipitates and the remainder of the vortices that are formed due to the field oscillation, are redirected back into the supra Q vacuole. This process is carried out by a low frequency, high intensity, kaleidoscopic pulse of meta particle nuclear fusion by the beta cortical addite-on reaction chamber.
The gradient nucleator chamber, generates an integral leak of symmetrically distributed, known and unobservable form factors throughout the internal quark-gluon particle framework. This allows for a controlled flow of meta particles in the centripetal force of which it's momentum is ejected into the quark-gluon thickened-subspace field. The counter force by the Q1 generator, is applied to reverse the resulting matrix phenomena and return back to a normal mass density state. The accumulator chamber acts as a bosonic equilibrium stabilizer for inverted space augmentation by photonic conversion to prevent subquantum degradation through subspace dissolution at all times.
The nonlinear injection, on layer maximum velocity reversal multisystem, is separated into primary and secondary components by the super-charged infuser clusters. Maximum counterforce thrust is produced in the condenser clusters of an actively producing meta particle field that accelerated towards a unidirectional path set for particles to reach light speed without causing a spontaneous decay by approaching relativistic speeds. The mass redistribution matrix regulator executes a necessary controlled skewing subquantum mechanics reversal, in order to direct trapped space-time subspaces back into superposition conditions that did not appear before the singularity injection cycle. This exponentially decreases dilatant degenerating spacetimes from rupturing into overlapped voids or render total extraction something less than what would otherwise be infinite and instead consume only a normal amount of energy, associating with its transformation into mass. Rotation is power
... keep reading on reddit β‘If so, how does a cell benefit despite the fact that it would inevitably die after so much of its vital parts have been removed?
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Cells located in meristematic cells in plants lack vacuoles. However, this contradicts with the fact that plant cells have large vacuoles to store water and keep the plant in an upright position. I would also like to add that meristematic tissues are generally found in roots and stems of plants. Finally, I would like to ask why do meristems lack vacuoles?
Sources
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Turgor pressure exerted by the vacuole is also essential in supporting plants in an upright position: Wikipedia
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Apical mertisem is present at the growing tips of stems and roots and increases the length of the stem and the root. The girth of the stem or root increases due to lateral mertisem (cambium): Science for Class 9 by National Council of Educational Research & Training, page number 69
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Cells of meristematic tissue are very active, they have dense cytoplasm, thin cellulose walls and prominent nuclei. They lack vacuoles: Science for Class 9 by National Council of Educational Research & Training, page number 70
Observed an onion cell under a light microscope but I couldn't see the vacuole, even though I know it's there. The sample was stained with iodine. Does anyone know why? Is it because it's filled with water? Thanks!
Background: 40 YO female using my own oocyctes and husbandβs sperm (no tested issues) with ICSI and PGS
Just finished my third egg retrieval this morning and had 8 eggs retrieved, 100% of which were mature. When one of the embryologists called this afternoon with this report - I asked if there was anything she could tell me about my eggs.
She said that they did notice that some of the eggs were impacted with vacuoles. I donβt know how many were impacted and she says this is typically not documented/noted so she doesnβt know if either of my previous 2 cycles had eggs that were βafflictedβ in this same way.
After reading a bit about vacuoles - it seems that this is detrimental to fertilization. Is this a safe assumption? Even if the afflicted eggs were to make it to blastocyst - would these be less than ideal to transfer, even if they test euploid?
Should I say a permanent vacuole or just a vacuole for my biology mocks? Just wondering incase the boards are very picky with phrasings.
I know their functional differences, but I couldn't find anything note worthy about their structure.
