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It is concluded that AH-neurons are primary sensory neurons and S-neurons are interneurons and muscle motor neurons in the circuits.
A large proportion of the LK‐LI neurons have small cell bodies and are likely to be interneurons.
In light of these results, a mechanism of conidiation induction is presented according to which the mycelium produces a conidiation inducer (conidiogenone) that accumulates extracellularly.
It is possible that such self-organised oscillatory behaviour is a mechanism to achieve global co-ordination in the mycelium.
In older mycelium, growth seems to be autonomous of the extracellular Ca2+ until the onset of conidiation.
Here we report that the subplate cells have properties typical of mature neurons.
These results indicate that subicular neurons (1) are composed of a heterogeneous population of cell types, (2) have similar electrical properties to other hippocampal principal neurons, (3) receive glutaminergic synapses from CA1 and entorhinal cortical neurons, (4) project to the presubicular area and fornix (via the alveus), (5) are inhibited by local circuit neurons, and (6) display complex responses to GABA.
Thus, in the dorsal cortex of turtles, the pyramidal cells, which are projection neurons, and stellate cells, which are local GABAergic inhibitory neurons, have distinctly different membrane characteristics.
We conclude that imiquimod does not directly excite area postrema neurons.
We have identified candidate neurons of this network which can now be studied at the single-cell level.
These neurons could be modulated by GABAergic interneurons or interposed GABA neurons.
Therefore, results of non-identified ocellar interneurons which have been attributed to S-neurons should be critically reviewed.
Thus, the fungal mycelium appears to be composed of communication compartments which are an ensemble of cells with local metabolic specialization.
The chemical form of the signal in the downfield found in the only mycelium might be concerned with Cs accumulation in the mycelium.

Related Questions

Paper on fungal cell types?5 answersFungal cell types have been the subject of research in several papers. Bistis, Perkins, and Read identified 28 morphologically distinct cell types in Neurospora crassa, which is a morphologically complex multicellular organism. The authors emphasized the importance of clearly defining cell types for genome annotation, describing mutant phenotypes, and determining gene expression sites. Beauvais and Latgé did not provide any specific information on fungal cell types in their abstract. Howard and Gow's abstract did not discuss fungal cell types either, but rather mentioned a book titled "Biology of the Fungal Cell". Pavlovic, Farkas, Kraková, and Pangallo focused on the pigments produced by fungi on paper and their potential removal using enzymes. Avery discussed the phenotypic heterogeneity of fungal cells within genetically uniform populations, particularly in the yeast Saccharomyces cerevisiae.
What is mycelium?2 answersMycelium is a fast-growing vegetative part of a fungus that forms a dense network of thin strands called hyphae. It is a safe, inert, renewable, natural, and green material that can be derived from biological and agricultural waste. Mycelium-based materials have the potential to be used in various applications, such as packaging and insulation, as a sustainable alternative to polystyrene. The mycelium acts as a matrix that binds natural substrates, such as hemp fibers, into a lightweight material. Fungi reproduce by releasing spores, and mycelia are the fungal structures that form once the spores germinate. The mycelium packaging material can be synthesized by studying the mixing, growth, and forming of different strains and culture materials.
Can psilocybin create new neurons?3 answers
Do stars have neurons?6 answers
Does psilocybin build neurons?4 answers
Does psilocybin grow neurons?7 answers

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