If you suffer from chronic liver disease, the noninvasive bioresonance machine could be an invaluable asset in early detection of tumors and damage. Researchers funded by NIBIB have created an instrument which emits sound waves through your liver before sensing these sounds waves to determine density and health status – this approach being far less invasive and expensive than biopsies.
SensitivE Audit / Sensitiv Imago uses resonance amplification of magnetic vortex states in the whole body matrix to collect data that compares against decades’ worth of healthy individual data collected over decades, in order to identify various disease processes as well as levels of organ, tissue and cell distortion. It then compares its findings against that data for comparative purposes and helps pinpoint any abnormalities that arise – helping identify potentially disease-causing processes as well as level of distortion among organs, tissues and cells in real time. The results help identify various disease processes as well as distortion between individuals of varying degrees in terms of organs tissues and cells distortion as well as help identify potentially disease processes and the level of distortion among organs tissues and cells over time.
limbic resonance therapy starts by helping couples identify their conflict origins and triggers, helping synchronize emotional states and better understand each other. Next step, effective communication, helps partners communicate to deescalate tensions and foster empathy between themselves; strengthening bonds bolsters stronger and more resilient relationships by using research-backed practices to forge and reestablish positive shared experiences between partners.
According to Trait Theory, a limbic vocal motor pathway has been proposed that could regulate speech production as well as non-speech emotional vocalizations such as crying or laughing (Ludlow 2005). The limbic vocal motor pathway draws upon cognitive motor input from prefrontal cortex and motor cortical areas and connects to limbic structures such as pgACC, amygdala and thalamus – each potentially vital in controlling voice production as well as stress-related sensorimotor responses (Dietrich et al. 2008).
Libinic resonance seeks to foster a secure emotional environment in relationships, by co-regulating deep emotional states during caring interactions and helping individuals manage their nervous systems more easily and alleviate stress. This process helps form connections and build trust while also decreasing negative interaction patterns that are at the core of many voice disorders. Gratitude practices targeting limbic brain can further ensure stability and wellbeing in relationships.
Rife therapy is an innovative noninvasive treatment option that harnesses sound frequencies for healing purposes. At enrG Wellness, our Rife therapy sessions offer both comfort and healing potential in an ideal healing environment.
Rife machines use frequencies that resonate with harmful microorganisms to destroy them without harming healthy cells or molecules.
Frequency Therapy
Rife frequency therapy was invented by Royal Raymond Rife in the 1920s to utilize specific electromagnetic frequencies to target harmful pathogens and assist the body’s natural healing processes. According to its proponents, every disease-causing microorganism has an associated electromagnetic frequency which can be detected and identified by Rife machines; when identified they emit impulses with similar frequencies that destroy or disable pathogens without harming healthy cells.
Rife frequency machines at enrG Wellness produce low energy electromagnetic waves similar to radio waves but less powerful. These waves penetrate deep into tissue and cells, stimulating your natural healing response while eliminating pathogens as well as correcting any imbalances and supporting detoxification processes.
Each cell and microorganism in our bodies vibrates at its own unique frequency, enabling quick communication among them. Rife frequency machines work by tapping into this communication channel and transmitting precise frequencies that resonate with harmful pathogens – frequencies designed to eliminate them without harming healthy cells in the surrounding area, supporting your body’s natural balance and healing processes.
Individuals who have received Rife therapy often report improved health benefits, including decreased pain levels and enhanced immunity. Furthermore, Rife has also been shown to alleviate symptoms related to chronic illnesses such as Lyme disease which is caused by Borrelia burgdorferi bacteria.
One reason Rife frequency therapy is an alternative treatment is its non-invasive nature. Rife machines can treat various health conditions, making it an invaluable addition to an integrative cancer care plan.
Rife frequency therapy is an innovative solution that has proven itself safe and effective at alleviating many common symptoms like fatigue, joint pain and viral infections. To learn more about its potential effects on your wellness journey, schedule a consultation at The Apathecary Natural Health Center in Clarksville Tennessee now – we offer Rife frequency therapy as well as alternative treatments for an array of health concerns.
Low Energy Waves
Rife machine therapy employs low energy electromagnetic soundwaves that resemble radio waves but with much lower power; these frequencies cannot be heard or felt but can still communicate with every cell of your body, and are transmitted into it by Spooky2 Rife machine therapy.
Every cell and microorganism within our bodies vibrates at its own unique frequency, according to Rife theory. By tapping into these frequencies and using them against pathogens without damaging healthy cells, this theory proposes they could be utilized effectively against harmful pathogens without endangering our healthy ones – similar to when opera singers hit their high note to shatter glass with their musical note which resonates with its specific frequency signature.
Some research indicates that low frequency waves may help kill cancer cells; however, this evidence is preliminary in nature and more research must be completed on this matter. Furthermore, we require machines capable of accurately transmitting these frequencies.
At The Apathecary Natural Health Center in Clarksville, Tennessee, we utilize a Rife machine to harness the healing potential of low-energy electromagnetic soundwaves. Contact us now to discover more about this noninvasive therapy that may improve your quality of life, support a return to wellness, and boost energy levels.
Radio Frequency Electromagnetic Fields
Rife machines create low energy electromagnetic waves known as radio frequency electromagnetic fields, at lower energies than those found in traditional radiation therapies like x-rays and similar forms. Their frequencies are far lower than those employed in treatments such as x-rays or other high-energy radiation therapies, and can be programmed to match those found in disease-causing pathogens or disorders such as Lyme disease or chronic pain. Plasma glass tubes attached to footplates or held in hands by practitioners deliver these frequencies according to protocols in their manual.
All microorganisms and cells vibrate or resonate at specific frequencies, which the machine detects by sending out waves that destroy diseased cells without disturbing healthy ones. The theory behind these frequencies is that they communicate with body cells to disrupt their life cycles resulting in healing.
Royal Raymond Rife was the creator of this groundbreaking technology. His microscope allowed scientists to discover some of the first microbes such as pneumonia bacteria. Rife believed that using certain frequencies of electromagnetic waves, Rife believed these microbes and diseases such as acne could be eradicated completely.
Rife’s device reportedly helped cure several terminal cancer patients, and many believe he found treatments for every illness he studied; unfortunately, these results couldn’t be replicated over subsequent trials due to medical professionals and powerful financial interests that controlled medical establishment. These forces eventually put an end to Rife’s revolutionary work and silenced Rife’s revolutionary work.
Spooky2 Rife machines available at The Apathecary Natural Health Center use similar frequencies to kill pathogens and restore equilibrium within the body, providing an alternative therapy approach that may reduce symptoms associated with cancer treatments while also alleviating side effects from drugs used for cancer therapy. This therapy may provide some relief against side effects associated with these medications and ease side effects experienced during cancer therapy treatments.
Spooky2 Rife machine’s resonant frequencies resemble those produced by opera singers’ voices and can shatter glass windows; some researchers speculate that such frequencies could break apart the DNA of disease-causing microbes or even destroy them altogether.
Wave genome ra is an innovative new technique for identifying genetic variants linked to diseases. Combining GWAS, gene expression analysis, and permutation tests to identify pathways associated with disease, this approach uses permutations tests as an additional feature for identification.
Previous studies employed threshold methods to select SNPs and genes associated with pathways, however this limits identification of moderate-effect pathways.
GWAS
Geneticists use genome-wide association studies (GWASs) as an efficient way of identifying susceptibility variants with significant effects. Yet interpreting their functional significance can be challenging. This is especially relevant for complex diseases, where their biological mechanisms remain obscure. Prioritising and integrating GWAS regions with epigenomic mark and/or gene expression data can assist with identifying key regulatory elements associated with disease risk, such as cis-regulatory motifs, tissue-specific histone marks/chromatin states/transcription start sites that contribute to disease aetiology – evidenced by studies on FTO loci and complement component 4 loci. This approach has proven helpful for uncovering biological processes responsible for disease aetiology as shown by studies on FTO locus and complement component 4 locus studies.
GWAS remains an effective means for discovering novel genes and phenotypes despite these challenges, thanks in large part to researchers’ efforts in creating consortia, collecting large samples in multiethnic populations, as well as employing stringent statistical assumptions when designing meta-analyses and meta-regression analyses based on them. Such measures help prevent effect size inflation that occurs when multiple groups are tested simultaneously.
The initial wave of genome-wide association studies (GWASs) in human health has provided numerous significant discoveries across several disease areas, such as obesity and mental illness. Unfortunately, its success has been hindered by several limitations; for example, many significant associations can be explained away as due to confounding. As a result of this problem, new approaches that aim to identify functionally relevant genes through larger sample sizes while simultaneously determining independent P-values have emerged.
FORGE2 utilizes a quantile-quantile plot (Extended Data Fig. 1) to identify association results for 10 million SNPs using its method, showing that their test statistics are highly inflated, possibly due to stratification or relatedness biases; using an LD score regression intercept, confounding accounts for approximately 7% of this inflation.
Although GWAS in samples with European genetic ancestry has demonstrated impressive predictive power, its use is unlikely to produce similar results among non-European populations. Therefore, it is imperative to develop and use methods capable of applying in non-European populations.
Pathway analysis
Pathway analysis is an integral step in the interpretation of GWAS results, as it allows researchers to investigate associations between pathways and disease, reduce false positives and gain more insight into underlying biology. Furthermore, pathway analysis helps narrow down searches for causal variants by identifying biologically meaningful peaks within large genomic data sets as well as regions needing further examination in order to confirm associations signaled by GWAS data sets.
However, applying this approach in practice can be challenging due to the large number of variables and interactions to analyze. To overcome these hurdles, new methods have been devised that enable for more comprehensive and efficient gene-based analyses – including pathway enrichment analysis and merging GWAS results with gene-based analyses.
This study used a novel approach to identify pathways associated with RA using gene expression data. Specifically, this method employs a pre-selected list of genes and pathways and calculates risk scores by comparing each path with associated phenotypes; pathways with P-values less than 0.05 were considered significant indicators of association with RA.
To conduct this pathway analysis, gene expression data were normalized using R software’s Affy package and then mapped onto their corresponding genomic intervals using PLINK function – this created 1000Mb intervals used by INRICH algorithm which generated 234 pathways enriched for RA that were then examined against predefined lists of genes and pathways for analysis.
Investigation of the enriched pathways was then performed for potential cis-acting regulatory regions, with 60 out of 77 pathways showing at least one significant regulatory region and 16 having more than two significant ones. These findings suggest that these pathways have the potential to be controlled by functionally relevant genetic modulators and may serve as guides for future GWAS/WGS studies. Furthermore, many peaks identified through this analysis were closer to transcription start sites of target genes than expected.
Gene expression analysis
High-density DNA arrays allow scientists to quickly and precisely measure expression levels for large sections of the genome. This represents a revolutionary advance in biology; however, its vast amounts of data require sophisticated storage tools in order to manage and interpret effectively. Gene expression analysis has opened many research avenues such as cardiovascular biology and immunology research.
To identify genes associated with RA-related vascular pathophysiology, we performed gene expression analysis on groups who either improved or worsened during baseline (T0) testing using WGCNA to create co-expression modules that positively or negatively correlated with T0 CDAI score and then tested these modules’ ability to predict subsequent improvement or worsening during pregnancy – the result being an association between gene expression profiles and likelihood of improved/worsened RA during gestation.
All protein-coding and lncRNA genes with CPM > 10 across any of the 6 samples were included in the analysis. Raw counts were loaded into R and normalized using Kallisto (v 0.46.1) and TxImport (v 1.18), to produce gene-level data. An annotation file was then deconvolved using CIBERSORTx with its accompanying LM22 signature matrix in order to estimate cell type proportions within each sample, before being aggregated using featureCounts into gene-level count data that produced normalized counts per gene for analysis by featureCounts analysis of 22 estimated cell types for analysis by featureCounts analysis for normalized counts per gene analysis.
We discovered that many transcripts significantly altered their expression between RAimproved and RAworsened conditions, with 874 genes increasing expression and 1,152 decreasing it (Additional file 3: Table S1). A Manhattan plot of the paired T statistic, represented in Figure 1a; density plot of transcript Pearson correlations between ages 70 and 76 is shown in Figure 1b with correlations for Bonferroni-corrected transcripts that either increased or decreased their expression being displayed while those without any change being shown as black curves.
Gene Ontology (GO) enrichment analysis was performed on IMT-associated genes that displayed at least a twofold change in expression, and this analysis identified multiple overrepresented functional categories including positive regulation of immune response, glucose transport and Golgi vesicle budding. These results indicate that some of these genes may play a role in inflammation processes that contribute to atherosclerosis development among RA patients.
Integrated analysis
Integrative analysis is an efficient method for combining the results of gene expression analysis with those from genome wide association studies (GWAS). By taking an integrative approach to research on RA, it allows researchers to detect pathways related to it; 28 such pathways were discovered this way (FDR0.05). Most are related to immune system functions like natural killer cell mediated cytotoxicity, primary immunodeficiency, Hematopoietic cell lineage development and Fc gamma R-mediated phagocytosis while other paths include B cell receptor signaling pathway or osteoclast differentiation.
This tool uses both genetic and epigenetic information to predict functional impact of variants. To do this, it utilizes SNP Annotation Information List R package (SAILR). Furthermore, an annotation table based on MAFs from 1000 Genomes Project EUR population has also been provided as inputs.
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Biohacking is the practice and science of altering one’s environment and biology for maximum control, including food. Bulletproof’s founder Dave Asprey has built his company around this principle of self-experimentation; coffee, snack bars, diet books and the first human upgrade center all exist due to this ethos of biohacking.
1. Grass-Fed Meat
With red meat being such an integral component of the Bulletproof diet, it’s important to limit its consumption to three servings each week and select lean cuts. Furthermore, grass-fed beef provides essential vitamins and nutrients, while having lower toxin levels than grain-fed versions. In an episode of Bulletproof Radio Dave Asprey discussed ways of getting high-quality meat on a budget using Environmental Working Group’s guide “Good Food on a Tight Budget.”
Consider how your food choices impact the ecosystem when making food decisions. As Cody Hopkins of Grassroots Farmers Cooperative explained on Bulletproof Radio, when you opt for grass-fed meat you are actually helping regenerate soil as cow poop provides essential nutrients and beneficial bacteria to the soil microbiome, helping prevent erosion while creating a sustainable environment.
4. Eggs
Eggs are an integral component of any biohacking diet, as they contain protein, vitamins, minerals and healthy fats – providing your body with essential omega-3 fatty acids and vitamin E to balance its chemistry. When selecting eggs for biohacking purposes it’s essential that they come from chickens that spend most of their lives outdoors pecking at plants rather than being raised confined in facilities and fed commercial feed. Ideally these organic pastured eggs would come from chickens raised on natural pastures rather than being raised indoors as conventional eggs come from chickens raised indoors with commercial feed – for maximum biohacking potential and effectiveness it’s crucial that organic pastured eggs come from chickens who spend most of their lives outdoors pecking at plants rather than being raised confined in confinement or fed commercial feed – rather sourcing organic and pastured sources with regard to eggs content, size and source materiality.
Eggs may seem to raise cholesterol levels, but studies have disproved such fears. On the contrary, eggs can actually help increase HDL cholesterol and improve cardiovascular health.
9. Grass-Fed Butter
grass-fed butter contains essential fatty acids which have been scientifically shown to improve mitochondrial function – tiny organelles responsible for turning food into energy within cells – by increasing insulin sensitivity, lowering cholesterol, and helping you burn fat more effectively. As such, grass-fed butter has become a mainstay in Silicon Valley entrepreneur and New York Times best-selling author Dave Asprey’s Bulletproof diet and his popular coffee products.
Alongside supplements and gadgets sold at Asprey’s conferences, grass-fed butter is part of an emerging movement called biohacking that’s making waves thanks to people like Asprey who claim they have increased their IQ by 20 points through biohacking techniques. Biohacking involves self-experimentation combined with data gathering using technology more accessible than ever such as fitness trackers, sleep monitoring apps and genetic and biomarker tests that biohackers may employ in their arsenal of tools.
