Banner Image

Information Wellness Blog

Detailed Reviews and Guides about energy and informational health and wellness

blank
March 9, 2025|Editorial

New Drug to Reverse Aging

Scientists are in search of drugs to reverse the aging process. Some are new; while others repurposed for diabetes or cancer may serve this purpose.

Senescent cells, thought to be responsible for many of the deadliest conditions associated with ageing, have become a focus. Drugs designed to target these senescent cells have been proven to extend lifespan in mice studies.

Metformin

Metformin (marketed under the brand name Glucophage) is widely prescribed to treat type 2 diabetes and gestational diabetes during gestation. Additionally, this OTC medication for weight loss may extend life and healthspan by slowing cellular aging processes. Researchers have recently found evidence suggesting it may also extend longevity by inhibiting cell division.

Metformin can reduce oxidative stress in cells, improve energy in them, stimulate autophagy and increase AMPK activity; as well as decreasing hepatic glucose production and improving insulin sensitivity while simultaneously decreasing mTOR activation and inflammation pathways – leading to longer cell lifespan and lessened aging.

Metformin extended mice lifespan by 25% by decreasing oxidative stress levels and increasing healthy mitochondria. It also helped lower cancer rates, angiogenesis and neurodegeneration rates significantly – evidence promising enough that in 2015 a clinical trial called Tame was launched to test whether metformin can slow biological aging while delaying age-related diseases onset.

Studies have demonstrated that Metformin can effectively decrease hepatic glucose production, improve insulin sensitivity and thus decrease blood sugar. Furthermore, Metformin also significantly reduced mTOR activation – one of the key players in the aging process – as well as decreasing cytokines that code for them and has anti-inflammatory effects; additionally it was observed to decrease fibrosis formation as well as amyloid plaque formation; these effects may be achieved via altering microbial folate and methionine metabolism, reduced reactive oxygen species production, changes to gene expression patterns and changes to epigenome changes.

blank

Metformin can also reduce the risk of breast cancer through its ability to limit glucose uptake by cancer cells and convert it to glycolysis, decreasing both the Warburg effect and FAS expression, which provides fuel for cancer cell growth and metastasis. By doing so, metformin reduces cancer cell viability.

Scientists are exploring a variety of approaches to altering the biology of aging. A newly discovered class of drugs called “senolytics”, which block production of p53 protein, have shown dramatic longevity benefits in animal models; but research in this field remains in its infancy; researchers are exploring other potential interventions including using supplements, exercise and physical therapy, stem cells as repair systems or use stem cells to repair damage to cells or improve function in our bodies.

AMPK

AMPK (AMP-activated protein kinase) is an integral regulator of cell metabolism that senses energy stress and initiates responses that restore balance to maintain energy homeostasis. To achieve this goal, catabolic pathways should be utilized to increase ATP production while synthetic metabolic pathways should decrease its consumption. AMPK regulates several other cellular functions, such as autophagy, mitochondrial and lysosomal homeostasis, DNA repair and inflammatory signaling. As an attractive therapeutic target, direct activators of AMPK such as exercise, caloric restriction and metformin have been developed as potential therapeutic agents; some trials of such treatments are currently taking place; however it remains unknown which diseases benefit from activating this pathway and their long-term safety implications.

AMPK signaling pathway has been implicated in numerous physiological processes, including inflammation, aging and cancer. More specifically, its role in shifting macrophages toward anti-inflammatory M2 phenotype has recently come into focus as being particularly vital.

AMPK plays an essential role in macrophage polarisation and countering pro-inflammatory effects of glucocorticoids. Therefore, its activation may help enhance immunity function and protect against atherosclerosis and other inflammatory conditions.

AMPK signaling in cells is activated when an AMP molecule binds to its allosteric site and binds with non-catalytic subunit 1, where subsequent phosphorylation activates catalytic subunit 2 and downstream targets. Mutations disrupting activation have been associated with human metabolic disease and cardiac hypertrophy.

blank

Natural compounds like curcumin and baicalein have been demonstrated to directly increase AMPK activity in cells, acting as AMP mimetics taken up by adenosine transporters and converted back into active form in the cell. They may also help decrease oxidative stress levels while increasing cholesterol efflux from macrophages thereby helping prevent atherosclerotic plaque formation.

AMPK, a highly conserved protein that regulates energy homeostasis in eukaryotic cells, has become increasingly recognized as an integral player in treating many human diseases. Studies have demonstrated its impact on mitochondrial and lysosomal energy production efficiency as well as on atherosclerotic lesions size reduction and tumour inhibition in mice models. Furthermore, this protein also plays a significant role in various other metabolic and physiological processes including lipid metabolism and macrophage polarisation processes.

Glucose

Glucose is one of the body’s primary fuel sources, alongside amino acids (the building blocks of protein) and fats. The brain relies on glucose for its functions – nerve cells need the energy provided by blood sugar for nerve transmissions and chemical messengers to function. Special cells in your pancreas monitor your blood glucose levels constantly and release insulin into the bloodstream to keep levels steady; insulin acts like a key that opens muscle, liver and fat cells so glucose can enter them to provide energy.

Nearly all living organisms create glucose from smaller starting materials through gluconeogenesis, an essential metabolic pathway. Starting with molecules with two to four carbon atoms and ending in glucose, photosynthesis is used by plants to produce energy via sunlight in order to make glucose. Humans and other animals produce it themselves using livers and kidneys as sites for this process.

Glycogenesis produces glucose as an integral building block for other vital biomolecules, including lactose – the main sugar found in milk – lactase (a disaccharide), polymers like starch and glycogen which serve as primary energy storage systems in our bodies; polymers of glucose may even serve as structural components in organs or tissues like skin, cellulose or chitin.

Glucose serves as a raw material in many other chemical reactions in the body, including production of hormones and vitamins such as Vitamin C necessary for tissue repair and wound healing. In addition, glucose acts as an intermediate in protein and lipid synthesis while adding glycosylation chains onto certain proteins or lipids is critical for their function; high blood glucose speeds this process up further leading to advanced Glycation End Products or AGEs being formed in higher quantities in bloodstream.

Interleukin-11

Researchers have discovered a potential target to reverse and extend human healthspan: IL-11 is an inflammatory cytokine elevated in several common diseases, such as cancer, fibrosis, multimorbidity and frailty – it also acts as a marker of aging; studies have demonstrated how decreasing its activity extends health span and lifespan in animal models while having numerous positive side effects for humans such as improving stem cell proliferation and inhibiting senescence.

Pleiotropic effects of IL-11 stem from its multidimensional role in multiple cellular processes, including proliferation, inflammation signalling, metabolism, ageing/senescence regulation via interactions with various pathways (ERK, AMPK and mTOR among them) that regulate ageing/senescence regulation; moreover IL-11 regulates GSK3b which is part of the phosphatidylinositol 3-kinase pathway and increases activity levels of another signalling molecule called Akt.

Inhibition of IL-11 significantly extends mouse lifespan and health by significantly decreasing senescence and improving their health and lifespan. Furthermore, this treatment protects against hepatitis C infection, renal injury and pulmonary fibrosis; mitigating liver damage while encouraging regeneration; increasing stem cells while decreasing oxidative stress levels and ultimately helping prevent diabetes by improving glucose tolerance and insulin sensitivity; mitigating liver damage while mitigating damage; protecting against liver cirrhosis as well as mitigating its symptoms.

Interleukin-11 (IL-11) has emerged as an attractive target for anti-aging medications, thanks to its role activating the AMPK signalling pathway and being associated with cell senescence, inflammation and fibrosis. IL-11 levels are upregulated in systemic sclerosis, rheumatoid arthritis, pulmonary fibrosis and inflammatory bowel disease – among others fibro-inflammatory conditions; it belongs to the IL-6 family but acts differently from other anti-fibro-inflammatory cytokines such as its fellow family member IL-6 in regards to activating this signalling pathway and being involved in cell senescence, inflammation and fibrosis.

Asperolide A is an innovative dipertenoid from marine algae that serves as an effective inhibitor of interleukin 11 (IL-11) and other proinflammatory mediators, while attenuating chemotherapy-induced inflammation responses. Furthermore, Asperolide A can significantly enhance muscle strength and vascular integrity among older mice; reduce hepatic steatosis/fibrosis/fibrosis as well as improve gastrointestinal function – all while significantly increasing survival in these models.

March 9, 2025|Editorial

Natural Alternatives For Hormone Replacement Therapy

HRT may help alleviate symptoms associated with menopausal transition such as hot flashes and night sweats; however, its use comes with some risk. As such, some may prefer alternative approaches like herbal supplements and acupuncture instead.

These treatments have not been rigorously studied or tested to ensure safety or effectiveness; please check with your healthcare provider prior to trying any supplement or herb.

Bioidentical Hormones

Bioidentical hormones are produced from plant and animal sources and chemically identical to your own body’s own hormones, providing an alternative source for deficient menopausal symptoms. You can take bioidentical hormones in many different forms including creams, gels, pills, patches and injections; alternatively pellets can also be inserted subdermally under your skin to deliver hormones directly into the bloodstream and prevent fluctuating natural levels that could otherwise lead to headaches or other symptoms.

Bioidentical hormone therapy is an increasingly popular option for treating menopause symptoms, and can be immensely effective. It may reduce hot flashes and night sweats; improve mood swings; decrease memory problems; or even help slow bone thinning by replacing estrogen which is essential to bone density maintenance.

If you are considering bioidentical hormone replacement therapy, consult with your healthcare provider first regarding any risks and benefits. Some bioidentical hormones are premade by pharmaceutical companies and FDA-approved, while others are compounded at pharmacies according to your healthcare provider’s prescription; compounded bioidenticals do not meet the same stringent standards set by FDA-approved treatments, thus potentially differing in dosage or purity from pharmacy to pharmacy.

At The Ob-Gyn Center, we offer bioidentical hormones in different forms to meet your unique needs. Our Bio-Hormone Replacement Therapy (BHRT) providers have years of experience listening to and caring for women’s health needs. Schedule an appointment now – our specialists will explain all your available treatment options and help find one tailored specifically to you!

Phytoestrogens

Phytoestrogens are plant-derived estrogen-like compounds. Like endogenous estrogens, phytoestrogens may help protect the body against menopausal symptoms while supporting heart health, weight loss and decreasing hormone-dependent tumors while stimulating bone growth and preventing ovulation. You’ll find phytoestrogens in soy beans, red clover and flaxseed seeds – three foods rich in phytoestrogens!

Although phytoestrogens remain unclear to many women’s bodies, studies indicate they are safe and effective when taken in diet-controlled doses. Furthermore, women who ingest higher quantities of isoflavones experience fewer menopausal symptoms compared to those consuming lower quantities; no evidence has emerged to show an increase in cancer risk associated with phytoestrogen consumption among those who possess normal estrogen levels.

Soya bean phytoestrogen genistein may improve chemotherapy drugs that target estrogen receptors, including cisplatin and 5-fluorouracil, while increasing leukemia cells’ sensitivity to radiation therapy. Furthermore, isoflavones found in soya beans may help women avoid hot flashes and vaginal dryness during perimenopause.

Yet more research needs to be conducted into whether phytoestrogens offer protection from certain forms of cancer. Furthermore, it’s wise to consult your physician before taking dietary supplements that could potentially interact with medications such as birth control pills and antacids; some supplements can interfere with them and cause negative interactions when combined with them; likewise soy products may cause allergic reactions in some individuals who should also avoid eating soy products in large amounts; it is also wise to consume phytoestrogens moderately as large amounts may be harmful to liver; furthermore high dosages could cause uterine fibroids formation in some women who ingest them over time.

Herbal Supplements

Hormone replacement therapy (HRT) has been demonstrated to effectively ease menopausal symptoms like hot flashes, night sweats, vaginal dryness, mood swings and hair thinning. Unfortunately, HRT can pose risks such as uterine cancer and blood clots and some women may wish not to take the chance.

Many women opt for herbal supplements as a natural alternative to hormone replacement therapy (HRT). Herbal products come from plant oils, roots, seeds, berries and flowers and have been used medicinally since ancient times. Unfortunately, as they’re not subject to FDA oversight like pharmaceutical drugs are, there’s no assurance of purity or effectiveness with herbal products – as many may contain heavy metals and other potentially hazardous elements that compromise purity or effectiveness.

As some herbs can have serious adverse reactions and interact adversely with prescription medicines, it’s wise to discuss them with a healthcare provider prior to taking them. There are some herbs which are safe and effective when taken under physician’s guidance; examples include St John’s Wort, red clover and evening primrose oil.

These herbs help balance hormones and are known for their anti-aging effects, making them great natural remedies. Unfortunately, however, their exact ingredients and dosages remain unclear, so it’s wise to consult a physician prior to taking them. Furthermore, some can cause serious side effects, including sun sensitivity, digestive distress, decreased libido and interactions with heart medications or blood thinners; so before beginning any herbal supplements it is crucial that you talk to a medical practitioner first – an integrative medicine specialist may even be helpful with finding appropriate herbs/doses/interactions etc that can address your specific symptoms effectively.

Maca Root

Maca root, native to Central America, has long been used both as food and herbal medicine. Today, people take it as a supplement for menopausal symptoms, hormonal imbalances and to boost libido – although more clinical research must be completed on these claims before reaching any definitive conclusions. There is some scientific support behind these claims, however.

Studies demonstrate that taking maca can help both women and men balance hormones. It may promote healthy sexual drive while keeping testosterone at optimal levels, in addition to increasing energy and decreasing depression levels. Maca is known as Peruvian Ginseng as it keeps athletes and bodybuilders feeling refreshed hours after training sessions.

The plant can be purchased in capsule, liquid and powder forms from health stores, pharmacies and online retailers alike. You’ll find yellow maca powder available online or yellow black or red maca maca available in stores; each variety offers different health benefits. Gelatinized powder form of this herb should typically be taken daily at an approximate dosage of 1.5 to 3.5 grams for 6-16 weeks for optimal use.

Although more research needs to be conducted, scientists believe the herb could provide some potential advantages for BPH, brain health and immunity. Laboratory animals showed anti-depressant effects while postmenopausal women experienced reduced anxiety from taking it postmenopausally. It has also been shown to enhance fertility among both sexes due to stimulating both pituitary gland and uterus stimulation – this means the herb can easily be enjoyed as tea, smoothies or baked goods!

Acupuncture

Acupuncture offers a safe, non-drug method of alleviating menopausal symptoms without medication. As an ancient form of Traditional Chinese Medicine, this centuries-old treatment can help women feel more balanced during perimenopause and menopause transition periods by relieving hot flashes, night sweats, mood disturbances, irritability reduction and increased energy levels. Regular acupuncture treatments often significantly lessen debilitating effects associated with this transition phase for many women.

Studies published in BMJ Open showed that acupuncture significantly reduced hot flashes, sleep disturbances and emotional problems for 31 participants who received real and 29 who received sham acupuncture in a double-blind trial. Researchers discovered that women receiving real acupuncture experienced less severe menopausal-related symptoms than their control group counterparts for up to 12 weeks after treatment was complete; additionally it improved sexual function while alleviating depression and anxiety symptoms common among perimenopausal and postmenopausal women.

While more research needs to be conducted on natural alternatives to HRT, several herbs have proven themselves effective at treating menopausal symptoms naturally, including black cohosh and St. John’s wort. Both plants increase progesterone and estrogen production within the body to help ease symptoms, including red clover and soy isoflavones supplements. Consult with an acupuncturist about what would work best in treating your specific symptoms; they’ll recommend the appropriate botanicals that best match up with what works for your unique situation – this may take several months until any visible change starts appearing – they’ll advise.

March 9, 2025|Editorial

Biohacking Your Body With Cold Showers

Fitness enthusiasts and biohackers have increasingly embraced the idea that humans can modify their biology in order to become healthier and extend their lifespan, with high profile advocates such as Dave Asprey of Bulletproof Coffee receiving stem cell injections into his joints for this purpose.

Biohackers often rely on cold showers as an inexpensive means to coaxing their body towards beneficial adaptations through various hormetic stress techniques, including exercise and immersion in ice baths. But do these showers really work?

Enhanced recovery

Recovery time is of paramount importance to athletes and biohackers alike, whether competing at competitive levels or seeking optimal performance in any aspect. Increased recovery enables more frequent, intense training sessions, leading to rapid progression and enhanced results. Cold immersion offers an effective, natural, cost-efficient solution for improving recovery and optimizing performance.

Cold showering is one of the easiest ways to incorporate this biohack into your everyday routine, as it has proven its beneficial effects in terms of reducing pain, increasing circulation and stimulating adrenaline production. Furthermore, taking cold showers has also proven successful at increasing white blood cell counts which combat infections and inflammation in your body; while also stimulating mitochondria growth for increased energy and improved health.

Cold exposure biohacking offers many benefits; however, improper implementation could prove harmful. This is especially true for individuals suffering from cardiovascular disease or Raynaud’s syndrome who should begin gradually increasing duration and frequency of cold exposure exposures. Therefore, it’s wise to start small and gradually increase duration over time.

Cold exposure biohacking has proven itself beneficial in increasing mental clarity and focus. By increasing oxygen flow to the brain and releasing endorphins – mood-enhancing hormones – cold exposure biohacking helps individuals to remain focused throughout the day, making tasks more efficiently completed.

Cold water therapy has become an integral component of biohacking for fitness enthusiasts, athletes, and biohackers alike. People using cold water therapy as part of their biohacking regime include fitness enthusiasts, athletes, and biohackers – from fitness enthusiasts and athletes to biohackers themselves – in an attempt to optimize health and performance using techniques like hormetic stress. Exposure to cold temperatures has the ability to activate immunity systems, increase white blood cell activity and prevent diseases; boost circulation, relieve muscle soreness and alleviate pain relief.

Apart from taking cold showers or visiting a cryo chamber, another effective biohacking strategy is purchasing a dedicated cold tub like Michael Phelps Chilly GOAT Cold Tub by Master Spas. This will help maximize results from cold water therapy treatments.

Increased mental clarity

Cold showers have taken the wellness world by storm, particularly among fitness enthusiasts and biohackers. Proponents believe this simple practice can increase energy, speed up recovery time, and promote mental clarity – however many don’t know where or how to start their cold shower journey; one way is to take small steps toward gradually increasing exposure time to cold water over time.

Cold showers cause your blood vessels to constrict and redirect bloodflow directly towards your core and brain, increasing heart rate and metabolism while simultaneously relieving stress, improving blood flow and leading to greater mental clarity and focus. Furthermore, cold showers also release endorphins which improve moods while increasing energy levels.

Biohackers are an independent group who use science and technology to increase both physical and mental performance. They accomplish this through various techniques including diet, exercise, sleep patterns, supplements and nootropics. Cold therapy is one of the most efficient means of attaining peak performance – this practice can range from taking cold showers or immersing yourself in an ice bath!

Biohackers employ cold therapy to bolster their immune systems’ capacity to fight infections and diseases; others employ it as a form of anxiety reduction. Furthermore, cold water stimulates vagus nerve stimulation to produce more white blood cells for protecting against inflammation or infections.

Biohackers use other health hacks to boost energy, improve gut health and use nootropics. Some strategies used by biohackers for increasing energy include eating foods known to do this like caffeine and blueberries; exercising, taking supplements and engaging in mental stimulation all help decrease stress levels and increase brain function; while biohackers aim to optimize hormone balance through diet, exercise and sleep to overcome challenges faster and reach goals quicker.

Boosted metabolism

Cold exposure biohacking has become a trendy fitness trend among fitness enthusiasts and athletes, believed to increase energy levels and speed recovery by stimulating natural metabolism, increasing mitochondria function and number, and potentially providing extra cell energy sources like diabetic or heart patients with relief. Cold water immersion can even assist those living with metabolic conditions like diabetes or heart disease with their metabolism – it may help too, although care must be taken when undertaking such practices due to potential dangers to sensitive skin or health issues; newcomers should begin gradually increasing duration over time until you get comfortable with cold exposure biohacking techniques – starting with short showers before gradually increasing duration over time as gradually increase duration each time before increasing duration gradually over time until reaching maximum effectiveness if doing it successfully.

Increased metabolism is at the core of biohacking lifestyle, and taking a cold shower can be one of the easiest ways to boost it. Exposing your body to low temperatures induces production of adrenaline and norepinephrine which boosts alertness and focus as well as your metabolism to burn fat faster.

Other biohacking practices include intermittent fasting, supplements, high-intensity interval training (HIIT), and sleep tracking technology – these techniques can all help optimize performance while improving life quality and decreasing stress. While adopting such an unconventional lifestyle may take effort and dedication to implement, its rewards far outweigh any hardship. Biohacking benefits both athletes and busy professionals alike by increasing quality of life while alleviating stress levels.

Maintaining consistent energy and sharp focus is often a top priority in today’s fast-paced environment, and the cold shower biohack can assist by stimulating brown adipose tissue activation, increasing your resting metabolic rate, improving insulin sensitivity, and ultimately leading to weight loss. Furthermore, this practice may also enhance athletic performance and enhance mental clarity.

People believe that cold showers may help improve immunity by stimulating white blood cell production; however, further research needs to be completed in this regard. Either way, cold showers make an excellent complement for other biohacking strategies.

Fat burning

Biohacking has gained momentum over recent years and represents an established practice of exploring different strategies to optimize health and body functions. It involves applying science to enhance lifestyle factors like diet, exercise, sleep patterns and supplementation for peak performance and becoming the most energetic version of oneself.

Cold thermogenesis, or taking a cold shower, can be an effective way to burn calories and improve metabolism. This process utilizes your body’s natural mechanisms for fat-burning and energy generation – though its results won’t show right away, they could eventually help you achieve weight loss over time with healthy eating and regular physical activity habits. For optimal results from taking a cold shower it should be combined with healthy living practices such as eating right and regular physical activity.

Taken regularly, taking a cold shower can both strengthen your immune system and boost your mood. By increasing white blood cell production and stimulating adrenaline and norepinephrine production, cold showering may improve mental clarity, focus, inflammation reduction, oxidative stress reduction, as well as decreasing oxidative stress levels. However, it is important not to overexert yourself to extreme cold conditions; therefore, try short sessions and gradually build up exposure time until gaining full exposure time.

Combine a cold shower with other self-hacking techniques to maximize its benefits, such as sauna and red light therapy sessions before or after showering to further optimize its results. Doing this may reduce oxidative stress and inflammation, promote healthy skin cell turnover rates and facilitate repair processes in cells. Furthermore, essential minerals and fasting supplements such as Optimyze, Quinton Hypertonic and Shilajit can add value to biohacking practices.

Though some biohackers claim they have devised anti-ageing diets and reduced their metabolic age by four years, most of these methods have not been scientifically validated or shown to be effective. Some individuals could even experience adverse side effects from these techniques; so please be careful and seek medical advice before undertaking such hacks.

March 9, 2025|Editorial

What Does a Holistic Healthcare Practitioner Do?

As with doctors and nurses, holistic health practitioners meet with clients to answer any queries, investigate symptoms and make care recommendations. In addition, they manage the business aspects of their practice such as scheduling appointments, ordering supplies, billing insurance companies and maintaining records.

An integrative wellness approach encompasses physical, mental and emotional, environmental and spiritual components of one’s life for optimal wellbeing and encourages self-care.

A Holistic Approach to Physical Health

An integrative healthcare approach takes into account six dimensions of wellbeing – physical, mental, emotional, social and spiritual. It stresses preventive healthcare to protect good health and promote wellness and well-being for its beneficiaries; treating issues at their source rather than simply masking symptoms provides more lasting solutions than mere surface treatment can achieve.

Traditional doctors can quickly diagnose and recommend treatment for visible symptoms like strep throat or diabetes; holistic practitioners provide advice and recommendations for less obvious issues like joint pain, an ill-feeling or poor sleep quality. Holistic practitioners may suggest lifestyle recommendations to alleviate such problems such as diet changes, stress reduction techniques, exercise regimens, meditation or herbal supplements to address them.

Holistic healthcare practitioners possess an array of qualifications in anatomy, physiology, nutrition and therapy – they also possess excellent listening and client understanding skills. While they might specialize in alternative therapies or traditional medicine treatments; holistic practitioners can combine both approaches into their treatments.

Holistic healthcare encompasses physical benefits as well, including maintaining a healthy diet, low levels of stress, regular exercise and sufficient restful sleep. Practitioners usually suggest beginning with these basic practices and, if they fail to deliver results, uncovering any underlying causes for symptoms.

Mental and emotional wellness is another essential aspect of holistic health, with practitioners often emphasizing positive mindsets, emotional support and cognitive functioning through techniques such as meditation, mindfulness therapy and stress management. Achiering balance in these areas can lead to increased energy and better overall quality of life.

Holistic healthcare involves nurturing strong interpersonal relationships and an awareness of our planet’s sustainability. Practitioners will likely provide tips to foster these qualities and encourage their clients to make conscious decisions that contribute to a sustainable planet.

A Holistic Approach to Mental Health

Holistic practitioners understand the interdependence between mind and body when it comes to mental health, so when any one area becomes out of balance it can have devastating repercussions for overall well-being. Stress, for instance, is a significant contributor to mental illness; therefore a holistic practitioner will assess your lifestyle to address this issue effectively – including diet changes, exercise regimes and meditation techniques as well as teaching you to control triggers so as to manage symptoms more efficiently for an overall healthier existence.

Dieticians believe that any disease’s source can be addressed with various safe solutions such as diet changes, acupuncture, herbal remedies, massage therapy, yoga or meditation. By doing this they often assist their patients in decreasing or discontinuing psychiatric medications altogether.

Holistic medicine may be relatively new as a term, but its principles date back centuries – Hippocrates is widely credited with pioneering this form of care. Today there are more resources than ever before available to you for improving your wellbeing through holistic means.

Holistic treatment will address not only your physical and emotional needs, but also social, spiritual, occupational, and financial wellbeing. A holistic approach may address how many people with mental health conditions also struggle with other issues that need addressing – for instance poor diet or lack of exercise – while helping build supportive communities while healing from disorder.

An holistic mental wellness approach is key to long-term recovery. An integrative approach can help you find effective strategies to cope with symptoms and build a supportive community so that healing begins on all fronts – mental, emotional and physical.

At a time when managed care is revolutionizing mental healthcare, holistic healthcare has grown increasingly popular. Traditional physicians are being replaced by multidisciplinary teams comprised of specialists from different fields who all work collaboratively towards creating an individualised plan of recovery for each patient.

A Holistic Approach to Emotional Health

An holistic approach to mental health takes into account all aspects of an individual’s life – not only their symptoms or ailments. This includes factors like work, family relationships, hobbies and spiritual wellness as well as any past traumas they may have suffered. All of this can contribute to healing from mental illness.

Traditional doctors can quickly identify and treat an identifiable problem such as broken legs or strep throat, while they often lack the expertise to address less specific symptoms like mood shifts or general feelings of unwellness. That is where holistic practitioners come into play.

As opposed to prescribing antidepressant medications with their potential harmful side effects, they’ll likely advise talking therapy sessions and activities which help people reconnect with themselves like mindfulness meditation, yoga, tai chi, regular exercise, eating an optimal diet, learning self-regulation techniques and spending time in nature.

This holistic approach to mental health can also have an incredible effect on managing co-occurring conditions, like chronic pain or sleep issues. By helping reduce frequency and intensity of these symptoms, this holistic approach makes coping with emotional difficulties much simpler for the individual.

Holistic healthcare is expanding worldwide and merging ancient practices with modern Western medicine. Practitioners are using new tools, like wearable devices to track physical activity and provide real-time data; when combined with online resources this helps patients stay on track towards overall wellness. Research suggests many of these holistic health approaches work effectively – they just need to be properly integrated into an overall wellness strategy tailored to individual circumstances for maximum healing power.

A Holistic Approach to Spiritual Health

An integrative health approach acknowledges the vital contribution that physical, mental, emotional, and spiritual components of wellness make towards overall well-being. A holistic health practitioner may recommend practices which address all four dimensions, such as meditation, yoga, tai chi, mindfulness meditation practiced outside, eating balanced diet and spending time outdoors – which all can bring peace and fulfilment while improving physical and mental wellbeing.

Work-life balance is also an integral component of holistic healthcare. Practitioners must have time away from work and recharge, otherwise they cannot effectively treat clients if they become exhausted. Practitioners can find ways to unwind by prioritizing self-care, seeking assistance when necessary and setting boundaries.

Holistic healthcare practitioners believe that illness is caused by imbalances between body, mind and spirit. They strive to establish harmonious relations among these areas for improved overall health outcomes.

Spiritual health can often be overlooked; however, its significance for patients can be immensely valuable when facing difficult times. A holistic healthcare practitioner may offer comfort and hope even if they cannot cure a disease or provide them with an optimistic prognosis.

Finding a holistic health practitioner is an important decision that can have profound effects on both your physical health and mental wellbeing. When making this selection, look for someone who takes time to understand your specific needs, tailoring a treatment plan specifically to you. They should ask about lifestyle factors like diet, exercise and social relationships as well as emotional well-being – they may ask about lifestyle habits like smoking or diet as well. They will assist with setting wellness goals while teaching healthier choices to enhance life quality – with no attempt made at selling treatments or medications which do not conform to scientific evidence-based evidence or risk to make this selection process any less important! The best holistic healthcare practitioners always have your best interest at heart – never trying to sell treatments or medications which have high risks of harming or damaging you – these professionals always have your best interest at heart!

March 9, 2025|Editorial

CNV Detection and Characterisation Using a Variety of Next Generation Sequencing Technologies

CNVs, which occur through somatic copy number variation (CNV), play an essential role in cancer development and can be detected using various next generation sequencing technologies.

No matter the sequencing center, caller, or platform used, concordance of CNV calls between samples was consistently high due to an accurate genome ploidy estimate.

High Sensitivity

CNV detection is an integral component of genome sequencing applications such as whole genome sequencing (WGS), whole exome sequencing (WES), and targeted gene panels. CNV discovery can be an arduous task as it involves interpreting large volumes of reads with variable lengths and orientations across genomic regions of variable coverage; various NGS-based methods have been created to tackle this difficulty, such as CNVnator or read pair methods such as AscatNGS.

CNVnator stands out among RD-based methods by showing high sensitivity and the lowest FDR for detection of CNVs in both WGS and WES samples, along with more accurate breakpoint definition up to the nearest nucleotide. Furthermore, it can detect all types of CNVs, including inversions and translocations that can be difficult to identify using array CGH.

NGS-based CNV calling does have some drawbacks, however. Mapping ambiguity introduced by short read sequencing makes it challenging to accurately detect CNVs within repetitive and complex genomic regions; additionally, its sensitivity may be diminished due to variation in sequencing coverage across the genome and differing DNA input amounts.

The CNVnator algorithm employs multiple algorithms to address these challenges, including an accurate chromosomal imbalance filter, read-pair distance estimator and iterative local likelihood model to create genotype probabilistic models. After genotype identification has occurred, false positives are removed using heuristic filtering while statistical methods determine confidence levels for every CNV call, giving high quality results with low FDR rates and incorrect breakpoint assignments.

High Accuracy

Somatic copy number variants (CNVs) are an increasingly prevalent cause of cancer. These genetic mutations alter expression levels or lead to rearrangements that lead to cell dysfunction and abnormalities, with NGS technologies offering powerful ways of discovering CNVs at unprecedented speeds. With all the advancements of next generation sequencing (NGS), many CNV calling tools have been designed specifically for NGS data, with large and diverse datasets essential to assess their performance effectively.

At our facility, we utilized a curated panel of normal samples to assess the accuracy of various CNV callers, such as SNAP, gCNVkit, CODEX2, ascat and GATK gCNV. This normalization strategy relies on the concept that healthy samples produced under similar technical protocols exhibit similar patterns of random technical noise in their raw sequencing read depths; such patterns are commonly known as genomic waves.

We analyzed the effect of FFPE samples, DNA input amount, and tumor purity on CNV calling results. The FFPE process significantly reduced CNV calls in gain regions while DNA input amount and tumor purity had significant effects on caller performance; we did not find evidence that sequencing centers impacted clustering of CNVs.

Furthermore, we compared different callers’ abilities to detect large CNVs (gain > 10 kb) by comparing peak heights with thresholds used by Nexus Copy Number software 10.0 (BioDiscovery). All CNV calls were further visually inspected and confirmed using MLPA for samples GB01-GB38 and NA12878.

We found that gCNVkit, SNAP and ascat were among the most accurate CNV callers when it came to peak height accuracy in both GB01-GB38 and NA12878 samples, with ascat being superior in terms of distribution for peak height distribution in GB01-GB38 but inferior for NA12878 samples due to improved sensitivity for both gain and loss regions. Furthermore, ascat was more reliable at detecting large splice variants than either SNAP or asCNVkit and identified more large variants for NA12878 than both asCAT or SNAP while asCNVkit identified more large splice variants for NA12878 sample both with respect to gain and loss regions than either asCAT or SNAP in both gain and loss regions than either asCAT or SNAP had ever identified large variants detected by asCNVkit than either ascat or SNAP in both gain and loss regions than its counterparts which may help understand somatic CNVs as these would provide clues about potential somatic CNV mechanisms of somatic CNVs than previously identified by ascat or SNAP gCNVkit may help understand somatic CNVs by detecting more reliable detection large variants than its counterpart ascat and SNAP; Additionally it identified more large splice variants than either ascat nor SNAP in both gain/loss regions than their counterparts ascat thus potentially helping identify possible somatic CNV kit potentially identified more large splice variant detection thus becoming useful identifying somatic CNVs via its detection mechanisms than via other means of somatic CNVs detected by other callers than those reported elsewhere than before through more traditional methods than as cat while asCAT or SNAP or their presence to use than their predecessor s during somatic CNVkit identified more large CNV variants detected more large CNV variants identified more large ones than ascat/SNAP than asCAT/SNAP somatic CNV than asCAT/SNAP for NA12878 than before than as cat and SNAP detected more large variants detected s than them somatic somatically CNVs detected via these somatically, thus providing potential mechanisms that CNVs identified g CNVs detected somatic CNVs due to which may provide clues identified than they might somatic CNVs which allows when trying for somatic CNVs somatic CNVs than their predecessor SNAP/Ckit SNAP could assist s than more frequent somatic CNVs via NA12878 detected CNVs identified more large somatic CNVs!.kit identified than asCAT+NA 12878 somatic CNVs than them due. gkit may aid gkit may detecting more large detecting large SNAP would give more identified thus making. gkit than cat/SNAP thus could provide useful in somatic CNVs. gkit which may give their mechanism.

Low False-Discovery Rate

CNVs are an important source of genomic variation and influence phenotypic expression, thus contributing to disease. Their detection and characterisation is integral to genetic counselling for rare diseases as conventional techniques such as gene panel testing or microarray-based comparative genomic hybridization (array CGH) may miss some CNVs. Whole genome sequencing (WGS) offers more precise CNV discovery but requires careful evaluation in order to ensure its quality and accuracy.

This study demonstrates the value of WGS for the identification and characterisation of CNVs in patients referred to a national clinical genetics service whose diagnoses remain uncertain after standard of care investigations such as gene panel testing and microarray CGH. WGS assisted in three cases by facilitating CNV detection and confirming zygosity; ultimately leading to diagnoses for PRKN-related Parkinson disease, TAOK1-related neurodevelopmental disorder and Usmani-Riazuddin syndrome as genetic diagnoses.

WGS allows for the examination of more CNVs than other methods, including complex variants like inverted duplications and displaced duplications. Furthermore, WGS is more sensitive to repetitive sequences and can identify breakpoints at nucleotide resolution; furthermore it can provide information regarding parental origin and phasing.

We evaluated several popular CNV calling tools on WGS and WES data from FFPE tumor samples and RNA-seq tumor samples using Jaccard index clustering comparisons, and found considerable variations among them in terms of performance. AscatNgs, CNVkit, and DRAGEN proved most reliable with high concordance between WGS comparisons as well as minimal impact due to sequencing center (Additional file 1: Figure S1D-E).

WGS datasets allowed researchers to examine genome ploidy variation, which can negatively impact CNV interpretation when it deviates from expected diploid levels. This was especially evident for somatic WES samples which displayed a ploidy level of 2.85; manual re-centering of CNVkit was necessary in order to account for it; by contrast, somatic WGS dataset showed an accurate predicted ploidy level of 2.4 and was correctly predicted by CNVkit – showing how crucial it is when using short read sequencing technologies!

Easy to Operate

Next-generation sequencing (NGS) provides an accurate view of genome, which allows researchers to identify causative variants linked to complex diseases. When combined with array CGH data, NGS allows for greater insight into genetic underpinnings of disease.

Researchers who detect CNVs with higher resolution are able to investigate their role in disease, as well as detect them within samples from populations with an established incidence. This enables researchers to better identify population at risk as well as evaluate potential treatments or interventions to prevent or treat disorders more effectively.

WGS outshines array-based methods in its ability to detect CNVs in diploid samples, resolving more CNVs in complex genomic regions like gene clusters. Furthermore, WGS allows researchers to confirm or refine phase (in recessive disease cases) and parental origin more quickly as additional information from targeted regions is captured; something which would otherwise be challenging using SNP arrays or WES technology.

WGS requires only 200 ng of genomic DNA (gDNA), and can be performed using Illumina’s HiSeq 2500 or NextSeq 500 platforms. Fragments of genomic DNA are fragmented using Covaris S2 and then ligated to adaptors using KAPA HTP Library Preparation Kit before being sequenced at 50bp average read depth per lane; finally the sequence files generated are then analyzed using Illumina’s Variant Caller software.

Accurate CNV detection relies on accurately pinpointing its breakpoint position and orientation. To achieve this goal, software uses a heuristic algorithm which scans target regions for reads that align to one edge of the CNV before comparing these with reads that align to opposite edges; this enables it to precisely identify its position and orientation.

Additionally, this software also automatically detects CNVs that are located near centromeres or near genome centers and eliminates manual annotation. Finally, it analyzes data and provides a summary page displaying detected CNVs with their location within the genome; also included is an information about how many were found as well as plots showing distribution by size range.

SPOOKY2 PORTABLE ESSENTIAL RIFE GENERATOR KIT