Hulda Clark was an alternative health practitioner who claimed her device could treat various illnesses. She developed the Zapper, an electronic pulse generator which produced low-voltage DC pulses with 0.25V positive offset that were transmitted between copper handles or electrodes and users held them on various parts of their bodies to transmit. There are zappers available online but many do not function correctly or as advertised; Steins Elektronikkverksted offers high quality, safe and effective Zappers which offer effective results.
The AutoZap 5 Zapper Cycle is more powerful than any other, producing results more rapidly in less time by employing innovative new technology which “hooks into” the body more effectively and requires no diagnosis for optimal functioning.
It is effective
This affordable and highly effective version of Hulda Clark zappers is made by actual degreed electronic engineers working on an ISO 9001 SMD assembly line, subject to military-level testing and quality control – guaranteeing you get exactly the output desired by Dr. Clark! Mass production allows mass production at a lower price while remaining small and ergonomic while remaining very powerful.
Silicon Labs 5M drivers have recently been released as part of a driver package.
Advanced graphical user interface for all frequency sets and programs. Features:
Basics
After using the program for some time, it becomes apparent that its possibilities are truly limitless. You can address everything from pathogens and pain relief to immune system support and energy and mental clarity – plus use it to promote wound healing, sleep aiding and improved nutrient absorption! It’s an efficient, noninvasive solution to restore equilibrium and bring harmony back into the body.
There are 10 sub-databases, or “conditions”, from which to search. To add one, either click the + Button or double-click one of them.
Each database consists of frequencies organized in an organized fashion known as a Waveform. Every frequency has an amplitude and phase; with peak-to-peak voltage being its peak-to-peak voltage and period being its period.
When looking for specific frequency, the Search function is your go-to solution. This will take you to a list of conditions which you can either select or deselect by clicking on their checkboxes; or alternatively you can enter its name directly into the box provided.
The Databases page also allows you to set additional parameters. Some are specific to Spooky2‘s behavior and can help maximize its utility; you can change output 1 and 2 amplitude, copy Settings from Out 1 over to Out 2, or activate Follow Out 1.
Duty Cycle is another crucial parameter, particularly with plain square waves, as it serves as a built-in gate to filter out unwanted harmonics from the signal.
Frequency Application Time is another critical setting. It determines how long each frequency will be applied, with shorter being preferable; however, for some circumstances requiring overnight treatments. You can modify this setting using Modulation Sweeps on the File menu, or pressing button to create a three minute sweep using all frequencies simultaneously.
Customization
Spooky2 can be customized to your preferences in terms of program layout and settings. You may find the Program Presets menu located to the right of the Search field helpful – providing access to presets in simple view as well as searching main and custom databases. Graphs can also be displayed using either Simple View or Details View mode.
The Settings and Graphs tabs offer more advanced settings for the frequency generator. Here you can adjust output frequency, duty cycle, phase angle, amplitude and feathering frequency between two specific limits while gated frequencies remain within a set maximum percentage limit.
Power factor control provides another useful option here, enabling you to set a fixed percentage of maximum generator output per frequency for use by each frequency band. This prevents overheating or damaging output connectors.
Spooky2 also allows you to configure the frequency settings of each Channel individually, such as setting dwell multiplier, frequency range and whether or not a sweep is needed – giving you complete control of customizing treatments for individual clients.
Other settings to adjust include the synchronization rate, which determines how frequently Spooky 2 communicates with its generator to gather its data. By default, it’s set at 240 milliseconds; you may choose to reduce this for faster communications. Furthermore, you can set the timeout length – how long a command takes before timeout occurs and then shuts itself off – which controls when Spooky 2 sends its commands and shuts itself off after sending.
Final Step: Choose Your Database(s). Simply check off those you wish to search by checking their respective checkboxes, or use the Clear Button to remove a search term and its results from the Conditions List.
This tab displays both main and custom database files stored within Spooky2‘s Data folder, with their frequencies listed for easy comparison. Furthermore, clicking Browse lets you select an alternative location to save custom frequency sets.
Have you heard the terms holistic healing and naturopathic medicine being bandied about, yet confused as to their meaning? Don’t let them mislead you; these two medical practices differ significantly.
Holistic health practitioners utilize natural treatments and lifestyle advice to aid their patients’ healing processes, providing nutritional counseling as well as lifestyle guidance.
Dr. Dana Cohen
Contrary to traditional doctors who focus on treating symptoms, holistic practitioners take into account your whole body and environment when providing natural healing treatments that aim at healing and balancing it – this may include nutritional counseling, herbal and supplement therapy, intravenous treatments or meditation. They also employ an integrative approach which integrates traditional with alternative therapies.
Dr. Dana Cohen can assist with chronic illnesses or ongoing health concerns by applying her expertise in Functional Medicine, Holistic Healing, and Integrative Medicine to pinpointing their source. With her advanced diagnostic tools she will quickly locate effective natural solutions tailored to you specifically.
She has become the go-to health advisor and advocate for thousands of patients nationwide, serving as their advocate and advisor in improving, recovering, or healing from various health issues like hormonal imbalances, autoimmune diseases, cardiovascular disease and gut health issues. Her devotion has allowed many clients to realize better lives.
A holistic doctor will work to identify and treat the source of your illness in order to reduce recurring symptoms, which may prove challenging but ultimately worth your while in terms of improved health outcomes. They employ natural and effective methods such as diet changes, stress management techniques and physical therapy sessions in order to effectively address their patients’ issues.
She will take the time to discuss your medical history, symptoms and overall physical and emotional wellbeing before creating a custom treatment plan tailored specifically to you. In addition, Standard Process supplements contain whole food nutrients which promote digestive wellness and cellular repair while supporting immunity, cardiovascular, musculoskeletal and endocannabinoid systems.
Dr. Mitchell
Traditional medical practitioners often underplay or overlook results from holistic treatment, but when working with an expert practitioner trained in both traditional medicine and energy healing, holistic remedies can have tremendously positive impacts on health. Dr. Mitchell is both a physician and published author and speaker, speaking about women’s health, holistic healing practices and the immense advantages associated with merging medicine and healing practices together. She served as Director of Integrative Medicine at WomanCare PC in Illinois, bringing integrative medicine into traditional medical settings. She is the founder of HealingSpace, an independent organization providing a forum for professional healers and physicians to collaborate on enhancing holistic wellness in society. Additionally, she wrote Heart and Soul Healing: Five Aspects of Intuitive Health to educate readers.
Mitchell Medical Group in midtown Manhattan provides specialty treatment for fibromyalgia, candida overgrowth, chronic fatigue and bioidentical hormone replacement therapy as well as inflammation-based conditions like asthma and allergies. They have assisted many patients to successfully combat and overcome their illnesses using holistic approaches.
Dr. Blatman
When selecting a holistic doctor, look for one who works collaboratively with you. Your ideal practitioner should listen to your concerns and address all questions thoroughly. Furthermore, look for one with expertise treating your specific condition; for instance if it involves pain management it would be wise to find someone specializing in this area of medicine.
Dr. Blatman brings over 45 years of experience to his career. After graduating from Drexel University College of Medicine and completing a residency program in Occupational and Environmental Medicine at University of Cincinnati Hospital, he focused on Integrative Medicine, Pain Management, Occupational & Environmental Medicine before opening Blatman Health And Wellness Center in Blue Ash OH as well as opening an office in Manhattan NY.
He specializes in treating myofascial pain, fibromyalgia, back and neck pain, sciatica, sports injuries and scoliosis. Additionally, he employs dry needling, trigger point injections, prolotherapy, platelet rich plasma therapy as well as the latest stem cell, peptide and nutritional therapies as part of his services as a board certified integrative physician.
Dr. Lerner
Dr. Lerner practices holistic OB/GYN care and emphasizes patient education at every step in their medical journey. She’s especially committed to sharing new information and evidence-based treatments options to empower her patients take charge of their healthcare decisions and take control of their healthcare decisions themselves. Dr. Lerner encourages healthy lifestyle changes such as diet and exercise for improved physical wellbeing as well as strong connections between mental and physical well being.
She currently serves as Director of Integrative Health Services at NYU Langone. With expertise in innovative programming, project management and astute leadership she has built impactful stakeholder relationships and optimized resources while prioritizing wellness and resilience among patients, care partners/families/staff.
Tina brings together clinical experience with an in-depth knowledge of human development and holistic wellness to deliver effective programs that encourage collaboration, growth, and tangible results. She regularly presents in the Nurse Residency Program; provides Prepare for Surgery Heal Faster workshops for patients; and promotes staff wellness through unit wellness initiatives.
She possesses extensive gynecologic expertise that includes ultrasound-guided puncture procedures and sonographic evaluation of benign and malignant ovarian masses, in addition to national recognition for obstetric amniocentesis and fetal diagnosis – for which she earned recognition by Castle Connolly Top Doctors and Best of Manhattan for Obstetrics and Gynecology respectively.
She has long demonstrated a dedication to incorporating mind-body awareness in the workplace, both during patient interactions and educator duties. She co-founded the New York City Holistic Nursing Association, is a member of American Nurses Credentialing Corporation, and certified Reiki master teacher and practitioner.
As part of her private practice, she coordinates the Lerner Holistic Integrative Health Nursing Fellowship – a nine-month immersive learning experience designed to provide foundational understandings of holistic nursing, whole person health and mindfulness while equipping trainees with resilience-building skills they can implement into their practices. Made possible thanks to Helaine and Sid Lerner, this endowed fellowship serves to advance professional development of nurses while simultaneously creating cultures of wellness and integrative care within institutions.
Body’s natural frequencies regulate healing at the cellular level. Furthermore, these frequencies direct brain activity towards producing antioxidants and decreasing inflammation. When these frequencies become disrupted, disease and dysfunction ensues.
Neuro therapy is entering its next era – non-invasive, chemical-free treatment using small circular ANF Devices that are non-invasive and non-toxic. Discover more about this revolutionizing medicine!
How it works
Neurotherapy is an alternative noninvasive, drug-free treatment option to address pain and other issues, working at both brain and body levels to reduce inflammation and promote healing on a cellular and neural level. Neurotherapy utilizes wearable discs made of carbonized metal which emit frequencies mimicking optimal performance of different functions of the body; these discs are then applied directly onto skin where their heat triggers them – these discs retrain nervous systems while improving performance; this technique can even treat mental disorders such as anxiety and depression which involve abnormal patterns of brain activity which can be modified through therapy to bring them back normal behavior – unlike drugs which require prescription to alter.
Electroencephalograph (EEG) sensors measure electrical brain activity while patients engage in simple exercises, like playing video games. EEG signals are translated to the screen by neurofeedback devices that reward patients when their brain exhibits optimal patterns of brain wave activity – known as theta wave activity; many psychological disorders are characterized by excessive amounts of this form of brainwave activity.
Researchers are exploring neurotherapy’s use to improve athletic performance. This technique relies on the idea that certain athletes’ brains produce particular patterns of electrical activity, enabling them to outshone others at similar tasks. By studying brain activity, scientists can identify which brainwaves correlate with these high-performance behaviors in order to try replicating them with other people.
Scientists have even employed this technology to treat schizophrenia. Studies have revealed that patients suffering from this psychiatric disorder can be taught to rewire their brain activity by copying successful people’s brainwave patterns – this helps decrease auditory hallucinations associated with this condition.
Symptoms
Neurofeedback or neurotherapy is a noninvasive technique that utilizes brainwave-altering exercises to address various health issues. It works by stimulating parts of the brain responsible for mood regulation and cognitive control, and treating chronic pain by regulating nervous system activity to release less chemicals that trigger discomfort and anxiety in the body. Neurofeedback offers an effective alternative treatment option to prescription medication in treating depression and anxiety conditions.
At each session, a specialist will position an electromagnetic coil against your head near a part of the brain involved with mood regulation or cognitive control. This coil emits short electromagnetic pulses which are felt as tapping sensations on your forehead or head; intensity may be adjusted throughout treatment sessions to meet each person’s individual needs.
Your practitioner will conduct an initial assessment of your medical history and symptoms during an initial consultation, providing detailed information regarding their severity, frequency, any factors that exacerbate or alleviate them, positive or negative experiences with alternative health approaches such as neurofrequency therapy as well as timeline for results. Your practitioner will then explain how neurofrequency therapy works as well as potential side effects and timelines of results.
The treatment itself should be fairly quick and comfortable. You’ll wear a hospital gown while lying on an X-ray table, with needles guided by a special machine called a fluoroscope to pinpoint where nerve tissue exists in order to inject numbing medicine at these sites. After the procedure has taken place, you should feel alert once the anesthesia wears off.
Some individuals who undergo neurofeedback experience fatigue after just a few sessions; this usually lasts no more than 24 hours. Other people may also experience detox symptoms as their bodies clear away any waste products causing or contributing to pain, while some individuals exhibit spatial disorientation following alpha or theta training; one practitioner reported one patient driving into a curb and another running through red lights while driving a few blocks from his office after undergoing alpha or theta sessions!
Benefits
Neuro frequency therapy is an innovative drug-free solution for relieving pain and inflammation, offering natural pain management without prescription pills or surgery. Using advanced knowledge of frequency medicine with natural biologically-based therapies that stimulate your natural healing mechanisms, neuro frequency therapy offers noninvasive solutions with higher patient satisfaction rates than opioids or traditional painkillers.
ANF therapy utilizes small circular ANF Devices that are activated by your body heat to release frequencies that target the source of your discomfort. These frequencies strengthen neurological oscillations that promote cell fusion as well as increase production of antioxidants that fight oxidative stress – helping your body heal itself more quickly and efficiently.
Neuro frequency therapy offers more than just pain relief; it can also help with anxiety reduction, depression relief and posttraumatic stress disorder (PTSD), sleep issues as well as improving cognitive functions and learning abilities. Furthermore, this therapy improves overall quality of life as it can relieve symptoms associated with back and neck pain, tendinopathy, fibromyalgia and myofascial pain syndrome musculoskeletal diseases such as back/neck/sac pain/tendinopathy/fibromyalgia/myofascial pain syndrome among others.
Neuro frequency therapy offers many advantages to individuals with movement disorders such as Parkinson’s disease and spinal cord injury, by helping regulate brain wave activity and retrain nerve pathways – possibly improving walking ability or even aiding rehabilitation of injuries. Furthermore, it has proven itself highly successful at treating psychological conditions like anxiety, depression and posttraumatic stress disorder (PTSD).
Neuro frequency therapy can also serve as an excellent performance enhancer for athletes, artists, surgeons and other high-achieving professionals. Neuro frequency therapy works by altering how brain waves are activated during work or exercise to aid performance enhancement and help professionals make better decisions, increase concentration and speed their reactions quicker; ultimately helping them realize their full potential and reach it faster than before.
Side effects
Neuro frequency therapy is a safe, drug-free treatment designed to address chronic body pain. This therapy relies on carbonized metal discs activated by body heat that emit various frequencies that stimulate healing at a cellular level in your nervous system.
Therapy’s aim is to retrain the brain through positive reinforcement of certain areas when they exhibit optimal brain wave activity. Electroencephalogram (EEG) sensors are placed on a patient’s head while they engage in activities such as watching a video or playing computer games; the activity is then overseen by their therapist who can assess which sections of their brain are using optimal brain waves. Once the therapist recognizes a shift in brain wave patterns, they provide positive reinforcement by brightening the video screen or increasing color intensity on a computer game. On the other hand, when patients produce unwanted brain wave activity they will receive negative reinforcement through dimming or desaturation of the display on screen. This process is repeated over multiple sessions in order to teach their brains to produce desired patterns of activity.
Some potential side effects of therapy may include headaches or dizziness due to changes in brain wave activity caused by training one’s brain to produce faster or higher frequency waves. These side effects should only last temporarily and shouldn’t be more intense than what one might experience when first learning cognitive skills or practicing sports for the first time.
Neurofeedback therapy has proven itself beneficial in numerous areas, from treating anxiety to helping individuals manage PTSD and epilepsy seizures. Studies have also demonstrated its efficacy against autism patients; receiving neurofeedback helped improve their behavior significantly.
Vibroacoustic stimulation (VAS) is an easy test used during labor if a cardiotocograph trace (CTG) becomes nonreassuring; its primary aim is reducing unnecessary cesarean deliveries while preventing acidaemia in newborns.
VAS involves applying low-frequency sounds and vibrations directly to the uterus, prompting physiological responses such as increased heart rate acceleration and transient tachycardia in fetuses.
Background
Fetal vibroacoustic stimulation (VAS) is an easy, noninvasive procedure that utilizes vibration and sound waves from a device attached to a mother’s abdomen to emit vibration and sound, which activate resonant frequencies in cells and cause them to vibrate at an increased frequency, possibly startling the fetus into initiating FHR acceleration or transient tachycardia responses that provide assurances that all is well with her baby.
Vibration is essential to human functioning, from heartbeats and nerve impulses to recoil impulses. Resonant frequencies can be detected through tactile stimuli on the skin and activated within cells of the body by sonic vibrations. Not only can biosignals elicited by such vibration be measured objectively; subjective stress measures like Perceived Stress Scale and Electroencephalographic (EEG)/Heart Rate Variability (HRV) measures can also be measured concurrently – providing an invaluable insight into its effects on physiological and psychological stress effects of vibration on physiological and psychological stress effects of these waves of vibration.
An effective test to quickly and reliably identify non-reassuring cardiotocographic traces (CTGs) during labor is well recognized. Unfortunately, current methods for determining fetal distress like scalp blood sampling or electrocardiograph are invasive, cumbersome and sometimes uncertain of benefit; not to mention not always available or easily utilized.
Multiple studies have explored the use of sonic vibration as an assessment tool for non-reassuring CTG patterns during labor. One such randomized controlled trial design involved only women eligible based on an encouraging pattern on their CTG; Zimmer 1996 randomly assigned women in early labour at cervical dilatation less than 4 cm with intact membranes to receive either real or mock stimulus testing whether sonic stimulation would accelerate rupture of meconium-stained liquor (MSL), however no significant difference was discovered in MSL rupture rates between those receiving and those not receiving stimulation versus those not receiving stimulus; no significant differences were discovered between women receiving stimuli and those not receiving stimulation; no statistical difference could be identified in terms of rate of MSL rupture between those receiving and those not receiving stimulus in terms of rate MSL rupture between those receiving stimulus and those not receiving one;
Other trials have demonstrated that sonic vibration reduces the frequency of operative deliveries performed in response to non-reassuring CTG results without impacting rates of fetal acidaemia or neonatal morbidity. While these results aren’t statistically significant, they should still be taken with care in interpretation.
Methods
Fetal vibroacoustic stimulation (VAS) is a noninvasive technique whereby an artificial larynx or commercial acoustic stimulator is placed over the area of fetal head on mother’s abdomen and sound is emitted at a predetermined level for several seconds to induce startle reflex in fetus that leads to FHR acceleration or transient tachycardia, providing assurance of well-being of fetus while potentially avoiding unnecessary interventions such as cesarean section or intervention in labour.
A Cochrane systematic review of nine trials concluded that Fetal VAS significantly decreased the frequency of nonreactive CTG tracings during labor (risk ratio 0.62; 95% confidence interval 0.46-0.87) while simultaneously increasing palpable fetal movement in comparison with mock tests. Only one trial directly compared vaginal rupture following VAS with ruptured uterus in control group and reported no difference (Tan 2001).
Zimmer 1996 conducted a small prospective randomized study where term singleton fetuses in established labor were randomly assigned either an artificial larynx activated for five seconds above maternal symphysis or a sham stimulus; no significant differences were noted in heart rate tracings over one hour of follow up; umbilical arterial pH levels and Apgar scores also did not vary between groups.
Murphy 1993 conducted another randomised controlled trial involving singleton pregnancies with cervical dilatation of less than 4 cm and intact membranes admitted to a labour ward, receiving either an artificial larynx or sham stimulus in order to measure meconium-stained liquor at delivery time. No significant differences were noted in meconium-stained liquor at delivery; thus leading them to conclude that positive responses to artificial larynx stimulation did not predict successful outcomes.
Skupski 2002a and 2002b reviews covered two studies which estimated fetal scalp pH after exposure to VAS stimuli. Both reported an average scalp pH of 7.20 after experiencing reassurance responses to VAS stimuli; when false negative responses occurred the mean pH dropped below this value.
Results
Fetal vibroacoustic stimulation (VAS) is a noninvasive procedure in which vibrating sound waves from an electrolarynx are directed over an unborn baby’s abdomen. When exposed to this sound vibration, it causes startle reflex reactions in fetuses which result in transient acceleration or transient tachycardia on fetal heart rate monitors; these responses serve as assurance of their wellbeing without further interventions (Perez-Delboy 2002).
VAS has been studied through various trials with different design characteristics, with results that do not support its use to predict fetal compromise in labor. One such trial involved women at term with single pregnancies presenting in vertex position who had reassuring CTG tracings and intact membranes being randomly assigned either a three second electrical stimulation from an electrolarynx or no stimulation at all; if neither did spontaneous rupture within an hour artificial rupture was attempted and blood samples tested for meconium presence – 24 of 101 stimulated fetuses contained meconium which then had to be transferred directly into labour ward care whereas only three out of 101 sham stimulations did have meconium present within their amniotic fluid and were transferred whereas only three out of 101 stimulations had meconium present within their amniotic fluid while only three from 101 stimulation groups did!
In other trials, VAS results were defined as any acceleration or transient tachycardia of fetal heart rate recorded after application of stimulus. One of these studies defined a satisfactory fetal heart rate result as an increase in fetal heart rate from baseline of 15 beats per minute, lasting 60 seconds after stimulation. Conflicting studies employed different durations and intensities of stimuli stimuli; studies that produced no false positives used a three-second stimulus; those which showed negative reactions employed a longer stimulus (Edersheim 1987; Smith 1986). There also varied intensity of vibrational stimulation devices employed during trials with some studies employing higher stimulation than others (Edersheim 1987; Smith 1986).
One trial compared reactivity of fetal heart rate response to stimulus with that to mock test and found significant difference (nine trials; risk ratio 0.62; 95% confidence interval 0.42-0.84). Unfortunately, no trials assessing incidence of nonreactive CTG test were included and attempts at reaching authors proved futile; hence further randomised controlled trials are necessary to confirm these findings.
Conclusions
Vibroacoustic stimulation to induce fetal accelerations as a test of fetal well-being has become more and more widespread, though research on this technique remains limited. Studies using vibroacoustic stimulation demonstrate its efficacy at turning nonreactive heart rate tracings into reactive ones, but more evaluation is necessary regarding its effectiveness, safety and predictive reliability. It appears that using this test may help decrease unnecessary interventions during labor thus saving patients both time and expense.
Randomised controlled trials (RCTs) have examined the performance of fetal vibroacoustic stimulation against traditional nonstress tests for pregnant women admitted to labour wards. Nine of 10 trials revealed that using vibroacoustic stimulus reduced incidences of non-reactive CTG tests as well as shortening testing times before reaching an acceptable CTG result; its sensitivity is however lower than with movement monitors; CTG may still be necessary before an acceptable nonstress result can be reached.
Studies have reported that the type of acoustic stimulus used may influence results: trials that did not report false negatives used a three-second stimulator, while those reporting them utilized five second stimulators (Edersheim 1987; Smith 1986). Both intensity and duration likely played a part in shaping results, therefore further investigation should focus on finding optimal frequencies, strengths, positions and durations for vibroacoustic signals to ensure reliability and sensitivity during this test.
The Cochrane Pregnancy and Childbirth Group conducted a systematic review of published and unpublished randomised controlled trials comparing vibroacoustic stimulation with mock or no stimulation, or halogen light stimulation; this review was updated in May 1994.
