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Hyper Smash

Sunday, November 28, 2021

LinkedIN, a so called professional network site has become a dictatorial, fake professional site promoting unscientific discussions and more!

Ever since Covid-19 pandemic began, more so when the vaccine talk emerged in 2021, LinkedIN site has become the mouth piece of certain sources of information thereby promoting unscientific discussions and topics on its site, while curtailing, banning, restricting honest, scientific and healthy discussions about Covid-19 or Vaccines or anything related to it, besides other scientific or non-scientific topics. 

What did LinkedIN do or continue to do as post this article: 

1.Heavily promoting Covid-19 Vaccine companies such as Pfizer, anything from this co or from Vaccine, LinkedIN is the promoter

2. Mouth piece for Dr.Fauci and the unscientific narratives coming out of NIH

3. Most healthy and scientific discussions are curtailed, posts removed, comments removed

4. LinkedIN members are restricted or accounts forcefully turned off or turned inactive 

5.Massive number of "Against LinkedIN" Policy butchery of comments and posts 

7. Blocking access

8. Non stop warning of policy (against our policy?) bs, while totally disregarding free speech and free expression.

9. Promoting and allowing poor, unverifiable Covid-19 science and discussion.

10. Restricting or removing "Scientific Publications" that are already published in top medical and scientific journals.

11. Many Scientists and Clinicians Posts, namely the RNA discoverer 's posts banned or removed.

So many reported, since I can't access my LinkedIN, can't provide the list or names of the big list of professionals removal, if you have linkedIN active or know someone, you can ask them, they will provide a long list of such complaints from members.

Dr. Robert Malone: COVID vaccines are causing the virus to become more infectious

Sunday, August 22, 2021

August 23 2021 IONM & Neurophysiology, Neurosurgery Related Articles of Interest!.

Median nerve SSEPs waves N20-P25 amplitudes were increased in Amyotrophic Lateral Sclerosis, suggested to be associated with Survival in ALS cases!?. 

A total of 145 patients with ALS and 57 healthy subjects were studied. We recorded the median nerve SEP and measured the onset-to-peak amplitude of N20 (N20o-p), and peak-to-peak amplitude between N20 and P25 (N20p-P25p). We obtained early and late HFO potentials by filtering SEP between 500 and 1 kHz, and measured the peak-to-peak amplitude. We followed up patients until endpoints (death or tracheostomy) and analyzed the relationship between SEP or HFO amplitudes and survival using a Cox analysis.

Bulbocavernex reflex? stimulus response curve used to assess spinal reflex in bladder filling condition, wherein Amplification of reflex is associated with bladder filling, in Upper motor neuron lesions such a Sacral spinal reflex is amplified.

 Thirty subjects with upper motor neuron lesions (UMN) and nine controls were included in this prospective, monocentric study. Sacral spinal excitability was assessed using stimulus-response curves of the BC

 Latest Neurophysiology In Neurosurgery book, renewed Edition:
Cover for Neurophysiology in Neurosurgery

The purpose of this book is to describe the integration of neuromonitoring with surgical procedures. Each methodology is discussed in detail as well as chapters describing how those methodologies are applied to multiple surgical procedures and the evidence used to support those uses.

NEP, what is NEP potentials: Early Nociceptive Evoked potentials, these are recorded at C3'-Fz and Cz-Au1 in response to a stimulus placed on dorsum of right hand, where Adelta fibers that respond to mechanical stimulus!. Check out the three different Nociceptivr fibers diagram below (image courtesy online). Repeated Stimulation of Ad fibers with at the rate of .83/sec 250-500 averages -N40 wave form occurred at 40ms on contralateral scalp recording electrode site.Authors conclude the N40 as early response and as per the paper, their result is the first of its kind to record early response to A d nociceptive fiber stimulation.

Can you diagnose Dilirium using cEEG?,  Yes ofcourse. What is cEEG, oh well, it is done in "Critical Care Units" contineous EEG Monitoring and automatic storage for analysis!, it is done in 102 patients, septic patients in critical care, about 1252 cEEG blocks were monitored visually, about 805 blocks were analayzed automatically?. Results and conclusion appear to promote more automatic recording analysis, which is not much different than the visual as per their percentage difference!. As a Neurophysiologist, I personally find it odd to rely on machines, human observation and analysis is more important, one can supplement it with automated data, that is my conclusion contrary to this report.

Electrical epidural stimulation of the cervical spinal cord: implications for spinal respiratory neuroplasticity after spinal cord injury, this work discusses Electrical Epidural Stimulation (EES) of spinal cord at the lumbosacral area to promote loctomotor function following Traumatic Cervical Spinal Cord injuries (cSCI). The reality of SCI is the damage to bulbospinal pathway, thereby creating debilitating respiratory neurons failure to elicit response, and therby respiratory failure quite a life threatening condition, if one can use epidural stimulation of lumbosacral spinal cord to promote locomotor neural plasticity that would be benefitial to the injured and to enable some movements (neural plasticity, or regeneration, huge topic in itself, someday I will review it?). This is not a well developed surgical procedure or stimulation paradigm yet, the authors are working around phrenic motor neurons and improvising the EES stim methods, Interesting work considering the implication in critical care patients recovery.

Saturday, April 10, 2021

Intraoperative NeuroMonitoring, some recent articles of interest!?.

Intraoperative subcortico-cortical evoked potentials of the visual pathway under general anesthesia

Cognitive Evoked Potential (P300)

Post-Concussion Syndrome after a Mine Blast Injury: Neuropsychological Consequences and Changes of the Cognitive Evoked Potentials (P 300)


Nasopharyngeal electrodes in temporal lobe epilepsy: A reappraisal of their diagnostic utility

Evoked Potentials

Improving intraoperative evoked potentials at short latency by a novel neuro-stimulation technology with delayed return discharge


Ambulatory EEG Monitoring, Reviewing, and Interpreting

"Sensory Processes": Smell, Vision, Taste, Hearing and Touch Receptors and information processing

Brief Reviews on all the sensory processes, a good read!. It is not extensive but for college students and graduate level neuroscience and neurophysiology studies, a good reading material.

Sensory Processes | Boundless Psychology (lumenlearning.com)

The Nose and Nasal Cavity

Olfactory sensitivity is directly proportional to spatial area in the nose—specifically the olfactory epithelium, which is where odorant reception occurs. The area in the nasal cavity near the septum is reserved for the olfactory mucous membrane, where olfactory receptor cells are located. This area is a dime-sized region called the olfactory mucosa. In humans, there are about 10 million olfactory cells, each of which has 350 different receptor types composing the mucous membrane. Each of the 350 receptor types is characteristic of only one odorant type. Each functions using cilia, small hair-like projections that contain olfactory receptor proteins. These proteins carry out the transduction of odorants into electrical signals for neural processing.