Krop BioResonance Studio

08/10/2026

Let’s dive deeper into the comparisons between different frequency devices and BICOM BioResonance.

08/10/2026

We screen for molds and mycotoxins and use bioresonance to clear & heal your body from their effects

08/07/2026

You were taught that singing is a talent, something you either have or you do not. Science says something different: singing is a biological mechanism, one that does something inside your body almost nothing else can.

Much of this research comes from Dr. Daisy Fancourt at University College London, who studied what actually changes in the blood and saliva of people when they sing. She found that singing triggers three separate biological systems at once: endorphins, your natural painkillers; oxytocin, the bonding hormone that lowers stress; and immunoglobulin A, a frontline part of your immune defense. Three systems, switched on together, by your own voice. And singing is not just loud talking to the brain, it engages regions tied to emotion, memory, and reward differently than speech, so the same words, sung, travel an entirely different path. Think of your body like a pharmacy: most activities unlock one medicine at a time, while singing opens three at once, all free, no prescription required.

Ancient traditions seemed to know this long before the lab confirmed it, from Gregorian chant to Sufi devotional singing to healers across cultures who used the voice as a primary tool. One honest note, though: most strong studies use group singing in controlled settings, and solo everyday singing has fewer large trials, but across all of them, singing consistently improves mood, lowers cortisol, and activates immune markers.

So use your voice today, and it does not need to be good, your body responds to the act, not the quality. Five minutes, one song, or even a hum, which stimulates your vagus nerve directly.

REFERENCES:

Fancourt et al. (2016). Singing, immune function, and stress hormones. Ecancermedicalscience.
Kreutz et al. (2004). Singing, immunoglobulin A, and cortisol. Journal of Behavioral Medicine.
Dunbar et al. (2012). Singing, endorphin release, and social bonding. Evolutionary Psychology.

08/05/2026

07/17/2026

Chronic burnout can disrupt your daily routine, but BICOM Resonance may help restore your energy and balance. Book your appointment today!

See other blog posts about chronic burnout and the benefits of BICOM Resonance on our Instagram page:

https://www.instagram.com/joannakrop?igsh=dzR0bDU3NDdiNnFj&utm_source=qr

07/15/2026

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💡One of the most profound articles I’ve researched about heartbreak, everyone needs to hear this.

🚨 According to Research about our Brain :

You have probably noticed that the nights are different.

That whatever the day allowed you to manage, to hold at a distance, to navigate with some degree of functionality, returns in the dark with a weight and a clarity and an insistence that the daytime version of the same pain simply does not have.

That 2am is a different country than 2pm.

That the same thoughts that were manageable under daylight become something else entirely in the quiet after midnight.

You are not weaker at night.

You are neurobiologically different at night.

And the distinction matters more than most people realize.

Neuroscientist Matthew Walker at the University of California Berkeley, whose landmark research on sleep and the brain has fundamentally changed how scientists understand the relationship between neurobiology and emotional experience, found that the prefrontal cortex, the brain region most responsible for rational evaluation, perspective-taking, and the regulation of emotional response, shows significantly reduced activity during the nighttime hours as the brain prepares for sleep, even before sleep itself occurs.

This is a normal neurological function, the brain beginning its nightly shift away from executive function and toward the memory consolidation and emotional processing work it conducts during sleep.

But the practical effect during periods of significant emotional distress is that the brain’s primary regulatory system goes partially offline exactly when its regulatory capacity is most needed.

Simultaneously, the amygdala, the brain’s threat detection and emotional intensity center, shows relatively increased influence during evening and nighttime hours as prefrontal regulation decreases. The balance between these two systems, which determines how intensely an emotional experience is felt and how effectively it can be modulated by rational thought, shifts in the direction of greater emotional intensity and reduced rational regulation as the night progresses.

Researcher Els van der Helm at the University of California Berkeley, whose work on emotion and sleep has produced some of the most important findings on the relationship between nighttime neurobiology and emotional experience, found that painful emotional memories show increased neural activation during REM sleep, the stage most concentrated in the later hours of the night, as the brain attempts to process and integrate them.

This is part of the healing mechanism.

But it is also part of why the hours between midnight and early morning can feel like the most intense emotional territory of the entire day.

The 3am version of your pain is not the truest version. It is the version produced by a brain running with reduced regulatory capacity and increased emotional processing activity, doing the real work of integration in the dark. It is louder than the daytime version not because it is more accurate but because the systems that moderate its volume during the day are intentionally quieter at night.

Be gentler with what you feel after midnight.

It is not a revelation of how bad things actually are.

It is your brain working harder than it does during the day, in the hours it was designed to work that hard, doing something necessary even when it is excruciating.

07/12/2026

Aging is often described in terms of genetics, wear and tear, or cellular damage. Yet beneath all biochemical processes lies a more fundamental layer of biology: electric charge. Life is, at its core, an electrochemical phenomenon. Every cell maintains electrical gradients, and the integrity of those gradients is essential for function, communication, and repair.

Healthy cells behave like tiny batteries. Their membranes hold a voltage difference created by ion separation—primarily sodium, potassium, calcium, and chloride ions. This membrane potential allows cells to signal, transport nutrients, synthesize proteins, and respond to their environment. When that electrical integrity weakens, cellular performance declines.

As organisms age, several processes converge to reduce bioelectric efficiency. Mitochondria—often called the power plants of the cell—produce less energy and leak more electrons. Membrane structures lose flexibility and charge-holding capacity. Ion channels become less precise. The result is not just reduced energy, but reduced coherence across tissues.

This loss of electrical order has measurable consequences. Nerve signaling slows. Muscle contraction weakens. Tissue regeneration becomes inefficient. Wound healing takes longer. Even DNA repair mechanisms rely on electrically guided molecular interactions, meaning diminished charge gradients can subtly impair genetic maintenance over time.

Importantly, this does not suggest aging is caused by electricity alone—but that electrical decline may be a unifying factor behind many age-related changes. Biology does not operate through chemistry in isolation. Chemistry itself is governed by electromagnetic forces. When charge regulation falters, chemistry follows.

Emerging research in bioelectricity, redox biology, and electrophysiology is reframing aging as a gradual loss of organized electrical tension within living systems. Youthful biology maintains strong gradients, rapid signaling, and tight feedback loops. Aging biology shows diffusion, delay, and signal noise.

Seen this way, longevity is not simply about replacing parts or slowing damage. It is about maintaining charge, structure, and coherence across time. The future of aging research may depend less on fighting symptoms and more on understanding how living systems preserve their electrical integrity.

Aging, then, may not be the body “running out of time,” but the body slowly losing its ability to hold and direct the currents that sustain life.

Explore our tech to help keep you at optimal voltage at www.omnicore.tech

06/11/2026