This morning, as the sun cast its first golden rays at 6 AM, I embarked on an intriguing pollen protection experiment. The conditions were just right: a bright sky, a high pollen count, and gusty winds – the kind of day that would usually leave allergy sufferers longing for relief.
Upon awakening, I sensed a shift in the pollen spectrum compared to earlier this week. I swiftly administered treatment for a series of frequencies – including 486563, 485653, 483644, 488777, 498853, 488777, 477557, 463756, 496137, and 468657. This regimen effectively cleared my head and chest, setting the stage for the day’s main event.
I prepared my BioPhoton Integrator to emit the FSCAN frequencies and, with my heart monitor secured, I set off on a challenging cross-country run. The path took me up steep hills and through dense forest, an environment typically hostile to those with pollen allergies. To bolster my protection, I carried Don Croft’s Terminator zapper. Remarkably, I experienced no allergy symptoms during the run, maintaining a strong pace even on uphill stretches. It was, without a doubt, my best run in recent memory.
Along the way, I collected samples of oak, maple, and birch, identified by the Allergy Alert as the day’s prevalent allergens. Back home, I tested these samples, recording frequencies of 466676 (oak), 466764 (maple), and 463878 (birch). I added these, along with a sinus-detected frequency of 463555, to my FSCAN list. A brief treatment at each frequency ensured my system remained clear.
Post-run, a visit to Starbucks brought into focus the widespread impact of high pollen counts. Conversations buzzed about the challenging day ahead for allergy sufferers. For me, however, it was a mission accomplished – no allergic response for the rest of the day.
The full bloom of leaves this morning was a significant factor. Their aroma, while delightful to some, can be a source of discomfort for others, as I experienced upon collecting the samples. Early pollens tend to fall in the 488KHz range, but leaf-derived allergens are often around 463KHz. It’s crucial to identify and address the specific frequencies relevant to your environment.
This experiment led me to envision a future where technology like the BioPhoton Integrator is as commonplace as shoplifting detectors in stores. Imagine a device that cycles through pollen frequencies, creating a magnetic field that shields people from allergens as they move in and out of public spaces. Such innovations could offer a new lease on life for those affected by seasonal allergies.
This morning at 6am the sun was shining, the pollen count was high, and the wind was gusty. A perfect morning for a pollen protection experiment. Upon awakening, I detected a couple of pollen frequencies that I did not pick up earlier this week. I treated for 486563, 485653, 483644, 488777, 498853, 488777, 477557, 463756, 496137, 468657. This completely cleared my head and chest. I set my BioPhoton Integrator to broadcast the FSCAN frequencies, strapped on my heart monitor, and headed out the door for a cross country run up a couple of steep hills and into the forest. Taking along Don Croft’s Terminator zapper for extra protection, I detected no allergy symptoms throughout the run. No slowing down going up hills. Best run I have had for a while. I picked up samples of oak, maple, and birch because the Allergy Alert said they were most prevelant. Testing them on return, I got the frequencies 466676 (oak), 466764 (maple), 463878 (birch) and added them to my FSCAN list, along with 463555 which I picked up in my sinuses on return. I treated myself for a minute or two at each of these frequencies to make sure my system was clear. Off to Starbucks, where people were talking about how high the pollen count was and how bad it was going to be that day. Mission accomplished. No allergic response for the rest of the day.
The leaves were fully out this morning and it is the aroma emanating from the leaves that causes the problem. Even touching the leaves to test them caused me some discomfort. While the early pollens appear to be in the 488KHZ range, the leaves are in the 463KHZ range. There are a lot of different frequencies out there from different trees at different stages and it is important to identify the ones that you are most exposed to. I can envision a device like the shoplifting detector in a store that emits a magnetic field cycling through the pollen frequencies and keeping people who come in and out of the store free from allergens.