For today's episode, John Coates from RF Safe returns to provide valuable and needed information about the harms of Radio Frequency Radiation and our modern environments.

John Coates Episode 1 https://youtu.be/KgLj0X4AJh4?si=QS8KM6FUfASqpzTs

RF Safe https://www.rfsafe.com

John's X https://x.com/rfsafe

Section 704 https://www.rfsafe.com/section-704-and-fcc-guidelines-cemented-a-dangerous-wireless-monopoly-at-the-expense-of-health-and-innovation/

FCC https://www.fcc.gov/engineering-technology/electromagnetic-compatibility-division/radio-frequency-safety/faq/rf-safety

Public Law 90-602 https://www.congress.gov/90/statute/STATUTE-82/STATUTE-82-Pg1173.pdf

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0:00 John Coates

1:17 Trump Phone

4:29 Impact of 600 MHz on Health

7:27 Antenna History & Safety

10:15 WIFI vs. LIFI, The Future of Wireless

13:07 Public Awareness

16:25 Historical Context of RF Regulation; Public Law 90-602, Section 704

19:07 Cellular Communication & Health

22:31 The Need for Wireless Change

39:46 Public Law 90-602, Health Trends, FCC

49:21 Radiation & Regulation

51:14 LIFI Technology; Infrared Light

53:57 Microwave Cartel, Control, & Lack of Safety

57:51 Government's Role

1:01:30 The Future of Data Transfer & Bandwidth

1:05:48 The Need for Unified Action & Change

1:11:50 Light & Health

1:14:54 Approaching the Government for Change

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In this episode we explore spindle neurons, also known as von Economo neurons (VENs), discovered by Constantine von Economo in the 1920s. These large, cylinder-shaped cells, found in the anterior cingulate cortex (ACC), anterior (or called frontoinsula) insula, and rarely the dorsolateral prefrontal cortex (DLPFC), are crucial for rapid communication in social behaviors. Three key points stand out: first, spindle neurons are located exclusively in the ACC and insula, the core hubs of the salience network, which is disrupted in autism as early as six weeks of age, as shown in a UCLA study. Second, these neurons are primarily involved in social behaviors, underpinning complex interactions in humans and other social species. Third, they are rare, found only in highly social animals like great apes, cetaceans, and possibly elephants, highlighting their evolutionary significance. In autism, increased spindle neuron density in the insula of children aged 4–14 is linked to early brain overgrowth, though this normalizes in adulthood due to pruning.

The salience network, driven by the ACC and anterior insula, relies on spindle neurons to process relevant stimuli, integrate sensory data, and guide social-emotional responses. In autism, hyper-connectivity between the insula and sensory regions causes sensory hypersensitivity, while hypo-connectivity with prefrontal areas, including the DLPFC, impairs social cognition and adaptive behaviors. This disrupts the network’s ability to switch between the default mode network and executive functions, often trapping autistic individuals in an internal world. Spindle neurons are also linked to disorders like frontotemporal dementia, schizophrenia, Alzheimer’s, and emotional dysregulation.

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0:00 Chroma Light Devices, use "autism" for 10% discount

3:10 Spindle Neurons; Interesting Point #1: Salience Network

6:03 Interesting Point #2: Rapid Communication & Social Behaviors

7:11 "rediscovery" of Spindle Neurons in 1990s by John Allman

8:30 Interesting Point #3: Highly Social Species

10:57 Neuropeptide Y & Monoamine- Dopamine & Serotonin

11:45 Morphology of Spindle Neurons & In Utero-Children; Social Learning

12:54 Species with Spindle Neurons

14:47 Small Clusters within the dlPFC

15:08 Salience Network, ACC, Anterior Insula; Fulcrum for Default Mode and Executive Networks

22:48 Daylight Computer Company, use "autism" for $25 discount

27:08 Diseases/Conditions associated with Spindle Neurons

29:26 The Autistic Phenotype (!!) -- The Whole Reason for the Podcast

32:25 Reviews/Ratings, Contact Info

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In this episode, we explore the impact of tech use and blue light on circadian biology, exploring how melanopsin and chromophores regulate physiology, mood, and cell functioning. The discussion highlights the leptin-melanocortin pathway, its role in placental physiology, and how ultra-weak biophotons from placental mitochondrial DNA influence fetal development, emphasizing the critical interplay of light and dark cycles in health.

We further examine fetal brain development, focusing on mitochondria, neurogenesis, and the effects of UV light and nitric oxide on the thalamus and sensory integration. The episode connects BH4, tryptophan, and melanin deficits to Autism, discussing how environmental light and electromagnetic fields disrupt biological energy, contributing to neurodevelopmental problems and the Autistic phenotype.

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00:00 Daylight Computer Company, use "autism" for $25 discount

04:17 leptin-melanocortin pathway, biophotons, mitochondria, POMC, nitric oxide, BH4, fetal, placental physiology, fertility, ultra-weak biophotons, maternal blood, quantum biology, melanin, UV

08:00 endocannabinoid, UV light, 380 nanometer, melanopsin, photo switch, brain development, leptin, mTOR, mitochondria, thalamus, sensory integration center, neurogenesis, fetal thalamus

12:00 nitric oxide, autism, BH4, fetal ATP production, tryptophan, cellular redox, BPA, fluoride, deuterium absorption, electromagnetic fields, semiconduction, brain growth, biological energy

16:03 Chroma Lights for Humans, use "autism" for 10% discount

20:04 leptin-melanocortin pathway, leptin, adipose tissue, melanopsin, hypothalamus, POMC, placental physiology, ultra-weak biophotons, melanin, semiconductor, antioxidant, maternal physiology, brain volume

24:23 biophotons, living cells, mitochondrial activity, cellular communication, electromagnetic waves, UV light wavelengths, energy, mitochondria, reactive oxygen species, TCA cycle, placental efficiency, thalamic timing

28:29 mitochondrial DNA, retrograde signaling, gene expression, environmental cues, autism, heteroplasmy, biophoton coherence, calcium release, acetyl coenzyme A, fetal thalamus, neurogenesis, environmental light

32:29 leptin-melanocortin pathway, neurodevelopmental problems, biophotons, somnathogenesis, circadian abnormalities, melanin, neural semiconduction, hyper excitability, hyper connectivity, salience network, attention, autistic phenotype

36:34 Reviews/Ratings, Contact Info

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email: info.fromthespectrum@gmail.com