Banner Image

Information Wellness Blog

Detailed Reviews and Guides about energy and informational health and wellness

blank
May 16, 2025|Editorial

Zapper – The Hulda Clark Opinion

The Zapper is a simple electronic device that generates low-voltage, dual polarity square waves at 30kHz that are transmitted via copper handles or electrodes to users for therapeutic use. The pulse generator circuit consists of a 555 timer IC and NPN transistor with minimal resistors and capacitors.

What is a zapper?

A zapper is an electronic device that emits low-voltage pulses of energy at 30kHz; typically with dual polarity 5V square waves with DC components of 2.5V. Powered by 9-volt batteries, its pulses can be fed to copper handles or electrodes held in hand by users or placed anywhere on their body.

Pulses from Hulda Clark’s zapper are said to counteract parasites, bacteria and fungi inside our bodies by changing their negative charge into positive charges that stimulate immune system killing mechanisms designed to kill invaders that cause disease-causing agents and eradicate disease-causing agents. While Hulda Clark’s claims lack scientific backing, numerous people claim relief from various conditions including cancer and Lyme disease from using her devices.

Zappers are commonly used to eliminate flying insects such as mosquitoes and flies; however, they can also be effective against indoor pests. Some zappers feature lures designed to be safe in indoor environments while others emit bright lights which attract and trap insects before electrocuting them with high-voltage metal grids.

To use, zappers must be strategically positioned near their source of insects and activated. They should then remain on for extended periods to effectively destroy pests while discouraging future visits from returning. Many models come equipped with an internal tray designed to catch and dispose of dead insects.

The zapper can come in various sizes and colors, and is suitable for outdoor as well as indoor use. Many models also contain childproof features to prevent children or animals from touching its electrified grids inside.

blank

Zappers may seem like an eco-friendly and effective alternative to bug sprays, but in reality they can be just as risky. When operated incorrectly they can cause injury or death of young children; furthermore they pose potential health hazards when left for long periods, possibly emitting insect parts and unkilled bacteria back into the atmosphere.

How do I use a zapper?

The zapper emits bright UV colored lights that attract insects before electrocuting them using high-voltage metal grids, thus eliminating mosquitoes from spreading diseases such as campylobacter jejuni, staphylococci, serratia marcescens enterococci and others. Furthermore, it keeps gardens and homes free from pests without using harmful chemicals; additionally it keeps children and pets away while being properly secured or monitored at all times. However if left unattended or improperly used it could become dangerous; so always ensure it is properly secured or monitored and managed at all times to avoid potential danger.

Hulda Clark first created the Zapper as part of her controversial alternative health practice. According to Clark, this small electronic device could cure various illnesses by ridding the body of parasites and toxins that were said to cause illness; although scientific support may not exist for all her claims. Still, many individuals have reported seeing results when using it to overcome illnesses.

While originally designed for outdoor use, there are now models suitable for indoor use that provide greater convenience. These units typically feature protective covers to safeguard internal wiring against moisture and dirt build-up as well as built-in fans to reduce smell and heat generated by the device.

Utilizing a bug zapper is straightforward: just plug it into any standard wall outlet, turn it on, and position it where you would like to repel pests from. Many users find the most successful placement near open windows or doors where insects can be lured outside into its traps.

Some zappers are specifically designed for human use while others are meant for insect control. Many come equipped with safety instructions for proper usage; if in doubt about how best to use yours, consult with a qualified health care practitioner for guidance.

blank

What are the risks of using a zapper?

Hulda Clark, PhD ND created the Zapper as a small electronic device powered by a 9V battery that emits low frequency waves to safely stimulate + awaken your immune system! Electrical current reverses cell polarities to attack parasites & diseased tissues such as parasites (worms mites bacteria viruses fungi etc), while simultaneously healing delicate tissue.

Original zappers consisted of a box fashioned out of PVC board, equipped with two copper handles or electrodes and equipped with a circuit featuring a 555 timer IC and NPN transistor, all contained within its box. Two copper handles or electrodes could then be held by users in their hands or placed directly onto certain areas of their bodies to generate pulsed electric current which was transmitted through both copper handles into blood circulation of user, where parasites would be killed off.

Bug zappers carry with them one potential risk: killing more than just mosquitoes – including flies, beetles, wasps, and ants. According to one 1982 study, only 3.3% of insects killed by a bug zapper were actually mosquitoes – yet these pests can carry diseases and parasites which can harm humans as well as being annoying nuisances.

Bug zappers also pose a fire hazard when left running for long periods, as insects are electrocuted and released as debris into the air that contains pathogens such as campylobacter jejuni, staphylococcus, and serratia marcescens – thus increasing fire hazards in poorly ventilated environments. For this reason, only use bug zappers outdoors and in well-ventilated spaces.

Can I zap in the hospital?

Although Hulda Clark may not cite any rigorous scientific evidence supporting her claims about the Zapper, some people have reported relief from various conditions using this alternative health device. A Zapper is a simple electronic device which generates low-voltage pulses of energy (30kHz) from a 9-volt battery through two copper handles or electrodes which the user holds or places onto various parts of their body to create low frequency energy waves that kill parasites and bacteria that contribute to certain diseases, as well as producing frequencies to kill parasites and bacteria which produce frequencies which kill parasites and bacteria that contributes towards disease development.

May 16, 2025|Editorial

Does Meditation Reverse Aging?

Meditation is an ancient tradition with roots in multiple religions, yet anyone can benefit from practicing it freely and naturally. Meditating offers immediate as well as long-term benefits.

One study revealed that regular meditators had telomeres which were approximately seven and a half years younger than non-meditators – this finding is notable, yet future studies will need to be much larger and more controlled in scope.

Physical

Biomedical research typically centers around molecular processes and repeatable results; yet a Nobel Prize-winning scientist has made headlines by venturing into territory few mainstream scientists would dare explore: the study of spiritual practices as they pertain to our physical wellbeing. His team is conducting detailed studies that hint that meditation may, as Eastern traditions claim, slow the aging process while lengthening lifespan.

Researchers believe meditation may slow the effects of aging by decreasing production of stress hormones like cortisol, which has been linked to epigenetic changes linked with disease and reduced telomere length. Meditation also may prevent age-related DNA changes by blocking an age-related chemical process called methylation that has been linked with lost telomeres as well as depression which increases risk for age-related conditions.

Meditation’s anti-aging benefits come mainly through its psychological advantages, such as lower stress levels and an upbeat attitude toward life. A positive outlook has been linked to longer telomeres. Meditation also benefits the body directly by improving skin quality, reducing wrinkles and fine lines, increasing blood flow throughout our bodies bringing oxygen directly to tissues thereby prolonging cell lifespans and prolonging lives.

Meditation has many physical effects that have been documented, including increased bone density and flexibility, improved sleep quality and stronger immune function. Furthermore, it can improve symptoms associated with chronic disorders like IBS, post-traumatic stress disorder or fibromyalgia – though many of these benefits likely relate to its ability to reduce stress and anxiety levels. It should be noted that much of its effectiveness comes from reduced stress levels caused by meditation practice.

Meditation has been demonstrated to protect brain tissue against degeneration associated with age by improving cognitive function. Meditation also reduces age-related emotional instability and enhances memory and attention span, according to long-term studies of lifelong meditators’ brains, showing they experience less degeneration of specific areas and less likely develop Alzheimer’s or other forms of dementia.

Mental

Meditation can be an invaluable ally in the fight against aging. Research has demonstrated its power to enhance focus, lift mood and decrease stress – benefits which are visible both physically and cellular level. Meditation has been proven to reduce inflammation responses which cause cell damage; reduce shortening telomeres as an indicator of cell aging; as well as prevent cell death leading to increased cancer risks.

Meditation not only combats aging but has been shown to increase levels of an enzyme which repairs telomeres, thus protecting against their shortening. Studies have also shown that long-term meditators experience decreased blood pressure, heart disease and depression rates while improving cognitive function as they age. They also have higher concentrations of serotonin and oxytocin hormones which counteract any negative impacts caused by stress.

Long-term meditators have also been found to possess younger brains compared to non-meditators of similar age. This may be attributed to meditation’s potential ability to help prevent or slow brain atrophy as we age, as well as increased likelihood of healthy habits such as eating well and exercising regularly among meditators.

Studies of long-term meditators have yielded some striking findings: their brains appear 7.5 years younger than non-meditators with similar calendar ages due to meditation’s potential benefits in slowing cellular aging, yet further research will need to confirm this result.

Meditation has also been shown to positively impact digestion and overall health, increase energy flow throughout the body and stimulate cellular renewal, reduce stress hormones that contribute to collagen and elastin degradation, which leads to wrinkled skin, as well as reduce the inflammatory response which accelerates aging, such as cancer.

Emotional

Meditation can help slow cellular aging. Cellular aging is measured by the length of telomeres – protein-DNA structures that protect chromosomes as they replicate during cell division – becoming shorter over time as cells become damaged from repeated division and eventually undergo apoptosis (cell death). Studies have found that those who meditate regularly tend to have longer telomeres than non-meditators; this could have major ramifications for treating age-related diseases.

At the cellular level, one reason may be due to regular meditation’s ability to reduce stress. Studies have revealed that those who regularly meditate experience lower levels of cortisol– a stress hormone known to negatively impact cellular functions like aging and neuroplasticity–than those who don’t. Meditation has also been associated with reduced inflammation processes and greater cognitive flexibility- both of which are beneficial in improving mental health.

Meditation could also slow aging by helping us shift from negative mindsets to more positive ones. Negative cognitions based on fear-based beliefs can lead to increased stress arousal which damage cellular longevity; conversely, positive cognitions like compassion, loving-kindness and equanimity foster an outlook of life which in turn promotes it.

Though these promising findings remain, many unanswered questions exist on the age-defying effects of meditation. While several cross-sectional studies have linked meditation with reduced brain aging, controlled longitudinal studies will need to be conducted in order to demonstrate causality. As meditation encompasses many techniques and styles, it’s also crucial to differentiate among various types of practices. Some practices, like concentration on an apparent contradiction or paradox and contemplation on spiritual matters have been lumped together under the label “contemplation”. Meditation practices like visualization, focussing on an object and repeating words or syllables have been labeled “affect-centered techniques”, suggesting they could account for some of the anti-ageing benefits seen in this research.

Spiritual

Meditation may sound counter-intuitive – sitting quietly with eyes closed and repeating something over and over, seemingly doing nothing. Yet its ancient spiritual roots — taught across world religions for centuries – and modern diagnostic imaging techniques such as EEG or fMRI scans demonstrate its beneficial effect on brain and mental health.

Meditation appears to reverse aging on a cellular level. Researchers have discovered that consistent meditation practice can decrease chronic stress-induced shortening of telomeres and age-related diseases, according to one study. Long-term meditators had reduced inflammation and stress response from psychological and chemical stressors in a lab study; meditation also counteracted this adverse impact by activating an enzyme known as telomerase which lengthened their telomeres thereby countering its negative impact.

Meditation can also slow aging by improving mood and decreasing depression. Depression has been linked with accelerated biological aging, thought to be caused by low-grade systemic inflammation that degrades telomeres. Loving-kindness meditation – a type of heart-based practice known to boost mental wellbeing and lower depression risk – has long been proven effective at combatting this problem by encouraging you to send love and kindness toward yourself, family members, friends or anyone else – creating bonds of connection that soften the pain associated with being apartness while softening feelings of isolation that lead to slow biological aging and potentially slow biological aging overall.

Studies have also demonstrated how meditation can prevent and reverse the gradual loss of gray matter associated with aging, by increasing blood flow to the brain and countering stress, while simultaneously having reduced cortisol levels compared with non-meditators. One recent study even showed long-term meditators having younger-looking brains due to reduced inflammation caused by meditation which reduces oxidative stress.

May 16, 2025|Editorial

A New Branch of Science – Wave Genome

Numerous experimental research studies have demonstrated that our DNA can be affected by waves from all spectrums – acoustic, electromagnetic and scalar waves can alter its genetic code and lead to mutations, leading to new scientific advances known as wave genome research. These discoveries have given rise to an entirely new field known as wave genomics.

DNA’s structure resembles that of a solenoid or coil; the movement of electrical charges creates magnetic fields which radiate electromagnetic waves into space.

Activation of genes

Wave genome has emerged from quantum biology research. Scientists have discovered that DNA can be affected by acoustic, electromagnetic and scalar waves which influence its structure, producing new genetic information in its wake. This theory may have important ramifications for developing medicines and medical procedures and gene therapy approaches in general – perhaps even gene therapies themselves in future using waves as therapy agents.

Recent discoveries of waves affecting DNA molecules has inspired scientists to create techniques for imaging their shape and function. One such technique involves measuring changes in conformation as a function of frequency – changes caused by electromagnetic and acoustic fields which alter double helix vibrations; scientists believe these waves can be detected using detectors which produce voltage proportional to DNA vibration levels.

Linkage disequilibrium (LD) may amplify a transient wave of advancement for neutral genes closely linked with selective genes; however, recombination gradually breaks down their genetic hitchhiking effects along frontal waves of advantageous genes, leading to their frequency decreasing subsequently and eventually losing ground to more advantageous variants.

Neutral genes may spread faster when close to selective genes; however, their relationship can be complicated as mating systems may impede or encourage the spread of advantageous genes.

Recent studies have demonstrated that depletion of Rad21 can significantly disrupt nuclear organization during zygotic gene activation (ZGA) and delay its process, suggesting it’s necessary for initiating RNAPII foci at ZGA as well as altering embryonic cell conformation. Furthermore, other epigenetic features like chromatin domains and TADs also show delays by depleting Rad21.

These studies reveal the complexity of the Wave Genome‘s role in controlling the spread of beneficial genes is more subtle than previously assumed. Mating systems appear to act as barriers against their spread and may even suppress them if close to neutral marker loci – this result is consistent with predictions that the spread rate of neutral genes depends on how easily linked to select markers.

Chromatin states

A chromatin state model is a mathematical representation of local and global transitions in chromatin structure, providing a framework for interpreting data across disparate organ systems, developmental time points and individual genes (such as transcriptional coverage via microarrays or sequencing). An ideal chromatin state model must fulfill two requirements: it must contain structural features as well as have quantifiable effects on gene expression.

Many approaches have been used to analyze chromatin states, such as DNA accessibility profiling and histone modification profiling. Yet it remains unclear how the various states interact or whether inter-state conversion occurs. One hypothesis suggests that remodeling proteins have different preferences for DNA sequences which influence transition between states; another possibility could involve histone methylation/acetylation occurring between states as an intermediary measure.

Chromatin states are defined by specific patterns of chromatin marks and DNA accessibility. State 1 features low DNA accessibility with an abundance of H3K4me1, H2AZ, CTCF binding sites and TF binding sites which is associated with active promoter chromatin; state 2 features more accessible DNA access with an abundance of H3K36me3, Pol II occupancy and large numbers of acetylation marks, while also often being found associated with repression/heterochromatic regions and typically being richer for H3K27me3.

States 1-29 correspond to intergenic regions, promoters, and genes that have been transcribing. States 40-45 include heterochromatic or repressed regions without histone modifications whereas transcribing states are associated with higher histone modifications and greater DNA accessibility.

Recently, there has been an upsurge of activity in the field of chromatin state discovery and annotation. Numerous methods have been developed for learning chromatin states from genome-wide data, including GATE47, GCHME48, TreeHMM49, DiHMM50 and CMINT51. Furthermore, new software applications for performing analyses like IDEAS52 and Segway-GBR53 were created; their development enabled creation of an accurate yet scalable chromatin state model.

Promoter architecture

Structure of gene promoters has an enormous effect on transcription levels. This is due to chromosome and DNA shapes influencing how and degree electrons are distributed within them, which in turn determines their topology, winding coiling packing pattern as well as how many electrons can be found within an area molecule molecule; and location and type of TF binding site influence these electrons movement – providing valuable data that allows us to calculate genetic potential or predict its function of the chromosome itself.

Conventional wisdom holds that, due to chromatin level control features such as promoter architecture’s lack of predictability, gene expression cannot easily be predicted from knowledge of promoter architecture alone. This fact can be seen through weak correlations between promoter divergence and expression divergence across paralogs within a genome; however, its failure could simply reflect an inability to measure promoter architecture accurately or applying inappropriate parameters.

To test our hypothesis, we compared various variables describing the promoter architecture of genes with known expression profiles. These variables included GC-content in 1kb window around promoter, 3kb region upstream of TSS (GC_big), 20 kbps window surrounding TSS (GC_small) and frequency of CpG sites (CpG). Furthermore, we compared distributions of TF binding sites between proximal promoter regions and distal chromatin for any significant differences.

We used these data to generate a correlogram with eleven variables, showing their correlation with gene expression levels. Our strongest correlations were promoter GC-content and GC_big, both showing close relationship to expression level; isochore GC-content and GC3 had weak relationships, suggesting their influence is limited on transcription units activated. Thus confirming that wave genome theory holds validly; our results prove it by showing how chromosomes can form and store quantum holographic biocomputers.

MiR-430

MiR-430 is associated with the Wave Genome. Its expression and activity occur at Maternal-to-Zygotic Transition (MZT) during zebrafish embryo development; an event during which genomic DNA transforms from chromatin into transcriptionally active genes. Multiple factors regulate MZT such as nuclear architecture proteins Cohesin and CTCF as well as histone modifications as well as Nanog and its homologs Pou5f1 and Sox2.

Genome-wide analyses have revealed that MZT occurs in two phases. In the initial stage, maternal chromatin is reorganized to support new gene transcription; then comes a subsequent stage where genes repress each other through gene repression mediated by nuclear architectural protein Rad21 and histone mark H3K27ac respectively. BRD4 is required for MZT as it depends upon histone modification H3K27ac as well as HDM2, Nanog and Pou5f1::Sox2.

Mapping gene expression at cellular resolution during MZT shows that chromosomes acquire metaphase-like properties during this phase. At this time, nascent RNA and Pol II accumulate near transcribed loci with some genes showing increased accumulation, such as miR-430 locus.

MiR-430 gene contains a TATA box and Nanog and Pou5f1::Sox2 binding sites at its proximal promoter region, so we generated a 650-bp proximal fragment from it and inserted it into heterologous genomic locations as reporter transgenic lines to generate reporter transgenics that were tested using ChIP-seq assay for activity at MZT using Nanog and Sox2 regulatory elements; results demonstrated that miR-430 gene activation by both Nanog and Sox2 regulatory elements, thus validating its multicopy state in wave genome.

Estimating miR-430 copies was performed by comparing BLAST bit scores against six single copy genes with similar proximal promoter sequences, yielding a comma-separated file that included genomic coordinates of these proximal promoters as well as total raw read counts as well as labeled counts for each sample.

May 16, 2025|Editorial

RIFE Frequency Therapy For Lyme Disease

When antibiotics fail to cure Lyme disease, patients can turn to various alternatives as treatment strategies. Some take large quantities of salt and vitamin C with hopes that this combination dehydrates bacteria or makes their cells inhospitable to infections.

Others turn to an experimental frequency healing system called a Rife machine for their healing needs. This frequency-based device utilizes frequencies designed to eradicate microorganisms without harming healthy cells in their own bodies.

How It Works

RIFE Frequency Therapy is designed to aid the body’s natural detoxification processes, targeting specific pathogenic cells with frequencies that resonate with them and breaking their membrane and disrupting activity in order to allow elimination by natural means. This therapy may be particularly helpful for people living with chronic Lyme disease who have experienced adverse reactions to antibiotics or haven’t responded well to traditional antibiotic treatments.

Rife technology is named for Royal Raymond Rife, an American inventor who created an eye-witness microscope which allowed doctors to see bacilli they believed contributed to various diseases. He then created a machine he believed could destroy them using electromagnetic waves of different frequencies; his claims about his Rife machine proved controversial enough for the American Medical Association (AMA) to take action and prevent further research in electrical therapies.

In 2007, Tapp came across a doctor supposedly treating Lyme disease using the Rife device. According to its proponents, this electromagnetic device uses energy waves with specific frequencies to strike out at Lyme bacteria similar to how singing breaks glass; additionally, oxygen from the machine enters blood streams which kill bacteria while stimulating immunity systems; Wisconsin and Minnesota attorneys general have taken actions against sellers of this machine as there is little scientific support behind these claims.

Rife therapy has yet to be proven scientifically effective against Lyme disease; however, some individuals who reported positive results via MyLymeData say rife therapy helped them recover.

Few doctors employ Rife therapy as part of their approach to Lyme disease treatment, though its availability is limited and it remains expensive and unregulated – leading many with Lyme to avoid it altogether. Alternative approaches have been suggested, including homeopathic remedies and nutritional supplements; Ionic silver has also been demonstrated to strengthen antibiotic effects while certain plant-based or homeopathic remedies seem capable of weakening bacterial biofilms that form during Lyme infection.

Symptoms

Lyme disease’s first symptoms typically include an itchy red rash known as erythema migrans, which may appear painlessly and grow larger over time without always appearing like its classic bull’s-eye appearance. Other symptoms may include muscle and joint pain such as arthritis or fibromyalgia; fatigue; cognitive issues (such as memory problems); cognitive dysfunctions, neuropathies (like heart block and carditis); fatigue; cognitive deficits ( cognitive issues); cognitive problems and neurological pain – and joint pain. If left untreated Lyme can spread further into other systems like meningitis or even cause central nervous system infections like meningitis or meningitis; heart block or carditis may occur causing cardiovascular symptoms; sometimes even severe psychological disorders like psychosis may occur with Lyme disease.

Most patients diagnosed with Lyme disease are prescribed antibiotics to clear up their infection; however, for some people the bacteria persist after antibiotic treatment has concluded and persistent symptoms emerge; this often prompts a “Herx” reaction – an intense systemic inflammatory response which releases toxins and activates immune response systems – while some individuals may go on to experience chronic disseminated Lyme disease (CDLD), which involves persistent symptoms and widespread organ involvement.

Due to the difficulty associated with diagnosing Lyme disease, many individuals do not receive appropriate treatments and this can result in long-term health problems. Chronic Lyme symptoms can be difficult to distinguish from those of chronic fatigue syndrome, fibromyalgia or depression – blood tests used by doctors do not detect the pathogen directly but instead test antibodies produced by immune systems and may therefore be misleading in early Lyme cases where IgG antibodies may take several weeks to appear.

Researchers from the New England Vector-Borne Disease Epidemiology Center (NEWVEC) recently published results of a pilot study using transcutaneous vagus nerve stimulation (taVNS), an FDA-approved procedure, to treat persistent Lyme disease symptoms. TaVNS stimulates the external branch of the vagus nerve; FDA approval exists for treating depression and epilepsy using this therapy as well.

Studies conducted on patients treated with taVNS for CDLD saw better outcomes compared to those who only took antibiotics, and this treatment was safe and well-tolerated by patients. More research needs to be conducted into how taVNS can assist those diagnosed with Lyme disease but are refractory to antibiotic treatment.

Treatment

Lyme disease, more commonly known by its abbreviation ‘Lyme infection,’ is one of the most prevalent vector-borne diseases in America, yet doesn’t always respond well to traditional antibiotic treatment regimens, prompting some patients to turn to alternative approaches like Rife therapy as an alternative treatment strategy. This frequency healing device works by emitting frequencies which destroy or disrupt molecular structures within bacteria cells that correspond with their vibrations, in order to treat Lyme.

Lyme disease, caused by a bacterium known as Lyme spirochete, is transmitted via deer tick bites. Patients typically show symptoms when they develop a specific skin rash called erythema migrans and public-health officials state that short courses of antibiotics usually cure it within weeks and recurrences are rare.

But persistent symptoms may linger and make diagnosis challenging, often as a result of another cause. Some physicians believe these lingering illnesses result from an autoimmune response to Borrelia infections while others suggest that they share similar underlying conditions as other chronic illnesses like CFS (Cystic Fibrosis Syndrome).

Symptoms can range from headaches and joint pain to anxiety and fatigue, with most individuals living with Alzheimer’s reporting some form of cognitive dysfunction such as memory problems or difficulty thinking clearly. Other common signs include tingling/numbing sensations in arms/legs/muscle weakness/stiffness as well as digestive issues.

Blood tests to detect the presence of bacteria infections can often provide inconclusive results; often giving either false negatives or positives. Researchers are working on ways to improve these tests, including developing more sensitive measures for measuring spirochetes themselves.

Many people turn to rife therapy for Lyme disease in addition to holistic approaches. A survey of 84 patients who had used alternative Lyme disease treatments examined their effectiveness, side effects and ease of use – with detox and acupuncture being found most beneficial; Rife was also considered safe and easy.

Side Effects

Rife therapy offers many potential advantages, yet it’s essential to understand any possible adverse side effects. Rife frequencies can interfere with healthy cell function and have detoxifying effects on your body; to get maximum benefit out of treatment it is wise to work with an experienced practitioner in order to optimize your experience and minimize potential negative side effects.

Popular belief holds that Lyme disease symptoms are caused by bacteria belonging to Borrelia species or Spirochetes; however, new research shows otherwise and suggests the complex of symptoms stems from multiple microbes and factors.

Though many individuals with Lyme disease respond well to antibiotic treatment, some still experience persistent debilitating symptoms, including fatigue, cognitive issues and pain. Some even develop psychological complications like depression or anxiety as a result.

Mental illness caused by Lyme disease can have severe and lasting repercussions, impacting quality of life in a variety of ways, leading to substance abuse or suicide. But help is available; antidepressants/SSRI’s, psychotherapy/CBT/MBT may reduce or alleviate its psychiatric symptoms as can cognitive behavioral therapy/MBT and mindfulness meditation among other treatments may all provide relief.

Rife therapy has the ability to address both mental health symptoms as well as any microbial imbalances associated with Lyme disease and co-infections. A Rife machine uses low-energy electromagnetic waves that deliver specific frequencies that resonate with microbes – each microorganism has a distinct frequency that will effectively destroy it without harming its own cells.

Rife therapy also stimulates lymphatic systems to flush toxins out of the body. Although you may experience an Herxheimer reaction as the spirochetes die off during a Rife treatment, its detoxification benefits will greatly enhance overall health and wellbeing.

If you are suffering from post-treatment Lyme disease symptoms, try including a Rife device in your holistic treatment plan. At Innately Yours Chiropractic Studio we offer various holistic therapies such as using the Rife Frequency Healing Device – contact us now so our team of practitioners can arrange an appointment so we can offer our superior level of care and help relieve symptoms as soon as possible!

May 16, 2025|Editorial

Alternative Therapy for Dementia Patients

Many dementia patients benefit from receiving multiple therapies simultaneously. These may include cognitive behavioural therapy and other forms of psychotherapy, bright light therapy, music therapy, reminiscence therapy and aromatherapy.

As special care units strive to meet dementia patients’ changing needs, more are offering singing groups, animal therapy, art therapy and other unconventional treatments that can improve mood and decrease agitation – ultimately leading to improved quality of life for everyone involved.

Reminiscence Therapy

Reminiscence therapy allows those living with dementia to share their past experiences, helping them feel more self-confident and comfortable. Reminiscence therapy sessions often occur in group settings and can take the form of writing or speaking to help individuals remember important moments or events from their lives, connect with loved ones and alleviate boredom or depression – it may even improve autobiographical memory!

Reminiscent therapy involves recalling past activities and experiences through discussion, often supported by tangible stimuli like memorabilia or photos. Reminiscence therapy is commonly utilized in care homes and nursing facilities where it can create strong emotional ties between residents and their caretakers, creating strong emotional ties that go beyond immediate sessions. Reminiscence therapy also has long-term advantages that extend far beyond these sessions alone.

Researchers conducted a recent study to investigate the effects of reminiscence therapy on cognitive and emotional well-being among people with dementia living in long-term care facilities. They focused on physiological markers like electroencephalography alpha/beta waves as well as psychological measures like Hasegawa Dementia Scale-Revised to measure its effects. Reminiscence therapy increased positive emotions while simultaneously decreasing depressive symptoms; additionally it enhanced social interactions for these individuals.

Although this study produced positive results, its limitations must also be taken into account. Due to a small sample size and further research being required to gauge reminiscence therapy’s efficacy as a treatment for dementia. Furthermore, this research did not examine its impact on individuals suffering different forms of dementia nor determine the length of sessions.

Cognitive Stimulation Therapy

Cognitive Stimulation Therapy (CST) is a group-based, people-oriented social psychological intervention which aims to improve the quality of life for people living with dementia. CST involves various activities designed to be both fun and stimulating; depending on each patient’s specific needs it could include games, memory exercises or music therapy as part of its program.

This review found evidence of cognitive stimulation’s ability to enhance cognition among people living with dementia and have positive impacts on quality of life and behavior. However, it must be remembered that the studies included were small with differing diagnostic criteria – for instance some predated current definitions of dementia which may have caused variances in results.

Studies included in this review were typically conducted at care homes or community settings and used a group-based design. Some hospital or clinic-based studies included ones using one-to-one approaches with people living with dementia and their family caregiver. Some included studies were also able to provide details regarding participant characteristics for comparison between groups.

Most studies included in this analysis reported an improvement in MMSE scores, while three utilized ADAS-Cog as their primary measure of cognitive functioning. Other measures utilized by researchers included Clifton Assessment Procedures for Elderly (CAPE), Rating Anxiety in Dementia Scale and Holden Communication Scale.

Music Therapy

Music therapy is an alternative treatment designed to enhance dementia patients’ quality of life by encouraging social interactions and strengthening cognitive capabilities. It typically uses active and receptive techniques, including improvised songwriting or guided listening of recorded or live music, that combine to produce lasting benefits – including reduced depression, anxiety and behavioral symptoms in dementia patients.

Music therapy tailors its music specifically to each patient, taking into account his or her history, musical preferences and current abilities. Studies have demonstrated how listening to music activates memory centers of the brain and can help people recall memories and emotions more readily. Furthermore, familiar tunes often bring comforting joy and happiness, alleviating feelings of loneliness or depression in dementia patients while increasing quality of life overall.

Group music sessions allow patients to take part in activities such as clapping and tapping that serve as nonverbal communication methods, improving their ability to communicate with others as well as helping reduce anxiety and agitation. Singing along to music can encourage patients to use their vocal abilities and promote verbal interaction; its rhythmic structure may even assist in maintaining motor coordination and movement.

Research has also demonstrated how music therapy can alleviate caregiver stress by offering them an oasis of respite – this can be particularly helpful when providing care to a loved one living with dementia. Caregivers who participated in one study conducted on music therapy reported lower symptoms of depression and anxiety and felt that participating helped to strengthen relationships between themselves and their loved ones.

Aromatherapy

Dementia is a progressive brain disorder with severe cognitive decline that often results in decreased quality of life for both patients and caregivers due to behavioral and psychological symptoms of dementia (BPSD). Dementia may also cause secondary complications like infections and falls leading to hospitalization or institutionalization for older adults. Aromatherapy has proven successful at improving QoL while decreasing BPSD symptoms significantly.

Aromatherapy uses aromatic plant fragrances distilled, extracted or reconstituted from various aromatic plants to promote physical and mental wellbeing. Aromatherapy has been practiced across cultures for centuries as an ancient healing modality or way to promote spiritual wellbeing; more recently however it is increasingly being proven effective against dementia as an effective form of healthcare treatment.

Studies demonstrate how certain scents can stimulate cognitive functions in the brain and alleviate agitation and aggression while improving sleep and mood. Furthermore, lavender and bergamot oils combined can reduce stress and depression among seniors with dementia.

Aromatherapy can be administered safely to people living with dementia and can be delivered in various forms: inhalation, skin absorption or acupressure massage. Before beginning an aromatherapy regime it is wise to consult your healthcare provider as to make sure it will not interact with any medications you are currently taking and for advice regarding what oils would best meet your individual needs and health condition as well as possible recommendations from them for certified aromatherapists or even how you could perform self-acupressure massage at home on yourself at home if applicable – plus they could also explain any potential risks or side effects should arise as essential oils should only come from reliable vendors with safety guidelines on labels attached by manufacturers for essential oil purchases.

Pet Therapy

Animals provide great companionship and companionship for humans, making pet therapy an excellent way to alleviate mood disorders and boost energy levels. Furthermore, pet therapy promotes interaction and builds social skills while decreasing dementia patient agitation – according to studies done with dementia patients at care facilities, interactions between pets and residents can significantly reduce “sundown syndrome,” an occurrence which impacts up to 90 percent.

Pet therapy sessions involve patients engaging with animals – usually dogs and cats – under the guidance of a handler, usually an animal-assisted intervention that falls within animal-assisted activities (AAA). Such animal-assisted interventions are increasingly being utilized within healthcare settings to enhance emotional and social well-being.

Petting a furry friend activates endorphins, the brain chemicals responsible for producing natural feelings of well-being and relieving pain. Interacting with pets has also been shown to lower blood pressure and enhance cardiovascular health, providing substantial advantages for those living with dementia.

Pet therapy provides seniors with an opportunity to interact safely with other seniors, giving them a purpose and sense of caring responsibility that may otherwise go unfulfilled. This benefit is particularly helpful for people living with dementia.

Mental health practitioners utilizing animal therapy must ensure the animal is appropriately trained and supervised before beginning, while taking into consideration ethical and legal concerns, such as protecting both patients and animals alike. While dogs and cats are most frequently seen used for therapy purposes, other species such as rabbits, birds and horses have also proven useful as therapy animals. It’s important that any animals used should also possess calm demeanor so as not to cause distress for patients and remain safe for everyone involved.

SPOOKY2 PORTABLE ESSENTIAL RIFE GENERATOR KIT