cultured plants - traduzione in italiano
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Traduzione e analisi delle parole da parte dell'intelligenza artificiale

In questa pagina puoi ottenere un'analisi dettagliata di una parola o frase, prodotta utilizzando la migliore tecnologia di intelligenza artificiale fino ad oggi:

  • come viene usata la parola
  • frequenza di utilizzo
  • è usato più spesso nel discorso orale o scritto
  • opzioni di traduzione delle parole
  • esempi di utilizzo (varie frasi con traduzione)
  • etimologia

cultured plants - traduzione in italiano

CELL CULTURE OF NEURONS
Cultured neural networks; Cultured neuronal networks

cultured plants      
piante culturali
seed plant         
DIVISION OF PLANTS
Seed plant; Spermatopsida; Spermatophytes; Phanerogam; Phanerogamae; Seed plants; Seed-bearing plant; Seed-bearing; Phanerogams; Spermaphyta; Spermatophyta; User:Wwm101/List of Spermatophyta orders; Phenogamae; Seed Plants; Siphonogamae; Seed-bearing plants; Phanérogames
seminare una pianta
alpine plant         
  • ''Erythronium grandiflorum''
  • Saxifraga
PLANTS THAT GROW AT HIGH ELEVATION
Alpine Plants; Alpine plants; Alpine vegetation; High-altitude adaptation in plants; High altitude plants
n. pianta alpina

Definizione

Spermatophyte
·add. ·noun Any plant of the phylum Spermatophyta.

Wikipedia

Cultured neuronal network

A cultured neuronal network is a cell culture of neurons that is used as a model to study the central nervous system, especially the brain. Often, cultured neuronal networks are connected to an input/output device such as a multi-electrode array (MEA), thus allowing two-way communication between the researcher and the network. This model has proved to be an invaluable tool to scientists studying the underlying principles behind neuronal learning, memory, plasticity, connectivity, and information processing.

Cultured neurons are often connected via computer to a real or simulated robotic component, creating a hybrot or animat, respectively. Researchers can then thoroughly study learning and plasticity in a realistic context, where the neuronal networks are able to interact with their environment and receive at least some artificial sensory feedback. One example of this can be seen in the Multielectrode Array Art (MEART) system developed by the Potter Research Group at the Georgia Institute of Technology in collaboration with SymbioticA, The Centre for Excellence in Biological Art, at the University of Western Australia. Another example can be seen in the neurally controlled animat.