Superconscious processes as mental images of a higher order (in the context of telezombification).

Objective: Aim: The paper aims to examine superconscious processes as mental images of a higher order in the context of telezombification.

Patients And Methods: Materials and Methods: The authors used interpretive research paradigm, psychoanalysis, basic principles of hermeneutics, phenomenological approach along with general scientific methods, such as induction, deduction, generalization, etc.

Conclusion: Conclusions: With the beginning of the russian full-scale attack on Ukraine, russian atrocities in Bucha, Mariupol and other cities and villages of the country, many Ukrainian citizens asked about what has happened to the russian society, the state authorities, who set the goal of destroying Ukraine as a state and all its inhabitants as a nation.

Local activation of CA1 pyramidal cells induces theta-phase precession.

Hippocampal theta-phase precession is involved in spatiotemporal coding and in generating multineural spike sequences, but how precession originates remains unresolved. To determine whether precession can be generated directly in hippocampal area CA1 and disambiguate multiple competing mechanisms, we used closed-loop optogenetics to impose artificial place fields in pyramidal cells of mice running on a linear track. More than one-third of the CA1 artificial fields exhibited synthetic precession that persisted for a full theta cycle.

Wired together, change together: Spike timing modifies transmission in converging assemblies.

The precise timing of neuronal spikes may lead to changes in synaptic connectivity and is thought to be crucial for learning and memory. However, the effect of spike timing on neuronal connectivity in the intact brain remains unknown. Using closed-loop optogenetic stimulation in CA1 of freely moving mice, we generated unique spike patterns between presynaptic pyramidal cells (PYRs) and postsynaptic parvalbumin (PV)-immunoreactive cells.

[Evaluation of long-term results of using the drug Fertiwell: impact on the likelihood of conception and pregnancy outcome].

Introduction: Current methods of treating male infertility have limited efficiency, since they are aimed to individual stages of the pathogenesis. Preparations based on testicular regulatory polypeptides are the most physiological and universal, owing to a complex effect on the self-regulation of testicular tissue.

Aim: To study the delayed efficiency and safety of therapy with Fertiwell in patients with pathospermia and to assess the frequency of conception and pregnancy outcome in their partners based on the collection, analysis and interpretation of medical data.