When shopping for a testosterone booster, there are several key factors to consider. First, ensure that the product is manufactured with natural ingredients and proven safety records. Next, it’s essential to look for products that have been clinically tested and approved by a qualified medical professional.
You can also read up on customer reviews to get an idea of how well the product has worked for others in similar circumstances. Finally, consider your budget when selecting a testosterone booster. All in all, it pays to do your research before committing to any particular brand or supplement, as this will help ensure you are getting the most effective solution for your needs.
What Ingredients should you look for in a high-quality testosterone booster?
When looking for a high-quality testosterone booster, especially the best testosterone booster for bodybuilding, it’s important to look for ingredients that have been scientifically proven to be effective. Some well-known ingredients include D-Aspartic Acid, Tribulus Terrestris, Fenugreek Extract, Zinc, Vitamin D3 and Magnesium. D-Aspartic Acid helps to increase testosterone levels by stimulating the release of luteinizing hormone from the pituitary gland. Tribulus Terrestris is a plant extract used in traditional medicine for centuries and has been shown to boost testosterone levels in men.
Fenugreek Extract is another popular ingredient found in many testosterone boosters, as it helps increase free testosterone levels while also reducing estrogen levels. Zinc is an essential mineral that plays a vital role in maintaining healthy testosterone levels as well as overall health. Vitamin D3 helps regulate hormones such as testosterone, while Magnesium helps support healthy energy production.
What types of results can I expect from taking a testosterone booster?
Taking a testosterone booster can help to increase muscle mass, reduce body fat, improve strength and endurance, boost energy levels, and even improve libido. Testosterone boosters tend to reduce both inflammation and oxidative stress in the body. This can lead to improved overall health. However, results will vary from person to person depending on their individual physiology and lifestyle habits.
What are the benefits of taking testosterone boosters?
Testosterone is a hormone that plays an important role in male health, and its levels naturally decline with age. Taking testosterone boosters can help to improve physical performance, muscle mass, strength, libido, and energy levels. Testosterone boosters also aid in reducing fatigue and improving overall mood. Additionally, some research suggests that taking testosterone boosters may benefit bone density and cardiovascular health. However, it is important to note that more research is needed to fully understand the potential benefits of taking testosterone boosters.
Research by UBC professor lays groundwork for life-saving breast cancer treatment – UBC Faculty of Medicine
A drug originally designed to prevent osteoporosis is now expected to save and improve the lives of millions of people with breast cancer, thanks in part to decades of foundational research by Dr. Josef Penninger, a professor in UBC’s Faculty of Medicine and director of the Life Sciences Institute.
The achievement highlights how UBC scientists are developing effective new treatments — and unlocking the full potential of existing drugs – through research into the fundamental biological principles behind disease. By advancing scientific discoveries from the lab to the clinic, UBC researchers are bringing life-changing treatments to patients everywhere.
The drug, called Denosumab, was recently shown in a long-term Phase 3 clinical trial to improve survival among postmenopausal women with hormone receptor-positive early breast cancer receiving aromatase inhibitor treatment. Moreover, the drug markedly improved patients’ quality of life by reducing broken bones by 50 per cent, a common side effect of breast cancer treatment. The results of the trial were recently reported in The New England Journal of Medicine.
Denosumab is a monoclonal antibody developed by American biopharmaceutical company Amgen to prevent bone loss. In the early 2000s, research by Dr. Penninger and his team revealed the therapeutic potential of Denosumab, as well as the drug’s surprising connections with breast cancer.
“More than two decades ago we started the experimental groundwork that revealed Donosumab’s potential as a treatment for breast cancer patients,” says Dr. Penninger. “These results are incredibly exciting and will help improve the lives of millions of patients. I am very proud of all the people in my lab over the years who did that work and helped pave the way for this achievement.”
Discovering the link between osteoporosis and breast cancer
Denosumab works by binding to and inhibiting the activity of a protein called RANKL, which plays a key role in bone-resorbing cells called osteoclasts. By blocking RANKL, denosumab reduces the activity of osteoclasts and slows down bone resorption, helping to increase bone density and preventing osteoporosis.
Dr. Penninger and his team began to draw the connection between osteoporosis and HR-positive breast cancer when they generated the first RANKL “knock-out” mice in the late 1990s.
A knockout mouse is a laboratory mouse that has been genetically engineered to have certain genes deactivated, or “knocked-out”. Dr. Penninger’s team engineered mice that lacked the genes necessary to produce the RANKL protein in an effort to study the protein’s essential function in bone metabolism.
However, to the researchers’ surprise, they discovered that the RANKL-deficient mice failed to develop a lactating mammary gland in pregnancy – a process that depends on sex hormones.
“This proved an evolutionary link: showing how bone loss is regulated by sex hormones, and how pregnant mammals activate RANKL to form breast tissue for lactation among other functions,” says Dr. Penninger.
Based on this initial finding, Dr. Penninger’s team went on to show that RANKL played a key role in progestin-driven breast cancer, as well as breast cancer driven by BRCA1 mutations.
“Further researcher revealed how RANKL controls the stem cells in the breast that respond to sex hormones and thereby drives growth of the breast tissue at every menstruation cycle and in particular in pregnancy and lactation,” adds Dr. Penninger.
In the case of breast cancer, RANKL spurs mammary epithelial cells to divide, and helps to maintain the stem cells that give rise to breast tumours.
A dual benefit drug
One in eight Canadian women will be diagnosed with breast cancer in their lifetime according to the Canadian Breast Cancer Network. An estimated 70 to 80 per cent of these breast cancers are hormone receptor-positive (HR-positive), making it the most prevalent breast cancer subtype.
The current standard treatment for HR-positive breast cancer involves surgery and radiation, followed by treatment with aromatase inhibitors for 5 to 7 years. While aromatase inhibitors diminish sex hormones that drive new cancer growth, they can have serious adverse effects on bone health, including increased risk of osteoporosis and fractures.
The now-published clinical trial, led by the Austrian Breast and Colorectal Cancer Study Group, was conducted to see if Denosumab could help in two ways: by reducing these negative effects on bone health, while also improving breast cancer survival outcomes.
“These results are incredibly exciting and will help improve the lives of millions of patients.”
Dr. Josef Penninger
The results reveal that 6 mg of Denosumab every six months — the recommended treatment level for osteoporosis — improved disease-free survival, bone metastasis-free survival, and overall survival among participants. It also effectively reduced bone fractures over the long term.
“Blocking RANKL in breast cancer patients reduces broken bones by 50 per cent, massively improving their quality of life, and even at a very low treatment dose,” says Dr. Penninger. “We now know that RANKL drives breast cancer cell growth, is the critical mechanism behind bone loss, and has also an effect on anti-cancer immunity and immunological rewiring in pregnancy. These clinical results in patients show how blocking RANKL could save the lives of 50,000 women among one million women with the diagnosis of breast cancer.”
Based on the data, the researchers behind the trials are recommending that Denosumab be considered for routine clinical use in postmenopausal breast cancer patients receiving aromatase inhibitor therapy.
These trials were largely based on the foundational research published by the Penninger laboratory, including Kong et al. Nature 1999, Fata et al. Cell 2000, Jones Nature 2006, Schramek et al. Nature 2010, Sigl et al. Cell Research 2016, and Paolino et al. Nature 2021.
Dr. Penninger is now part of a large international prevention trial evaluating Denosumab in young women who carry BRCA1 mutations.
Respiratory illness peaked in December at Chatham Kent Health Alliance: Suni – Chatham-Kent This Week
Chatham-Kent Health Alliance officials are reporting a drop in patients visiting the emergency departments with respiratory illnesses between December and January, but admissions from the emergency rooms to the hospitals remain high.
Caen Suni, the hospital group’s vice president of clinical programs and operations, said patients with illnesses like influenza, COVID-19 and respiratory syncytial virus dropped 50 per cent in January compared to December among children and by one-third among adults.
“The community is I think essentially working its way through seasonal illness at this point,” he said during a media teleconference Monday.
December also showed a 25 per cent increase over December 2021 for pediatric admissions and of those, 77 per cent were for respiratory illnesses, Suni said.
“That’s impactful and I think that’s what we’ve seen across the health sector in our entire region at this point,” he said.
Suni said the number of people seeking treatment at the emergency departments – which includes patients not admitted – is not “historically high,” but admissions to the hospitals increased in December by three per cent over the previous month.
This translates to an extra two to three extra patients a day who require a bed. The health alliance also experienced almost 2.5 per cent more admissions in December than any month in the previous year.
However, December also had the lowest daily average of visits to the emergency departments of any month during the Health Alliance’s current fiscal year.
This means a higher proportion of patients require admission to the hospital and patients presenting at the emergency departments are more ill, Suni said.
Since December, the trends are now “pointing towards a decrease,” Suni said, “which we’re thankful for, as the community bounces back from seasonal illness.”
Deadly fungal infections a concern in patients post-COVID-19, flu | CTV News – CTV News Calgary
While fungi are not about to start turning the human race into zombies, like in the HBO blockbuster series The Last of Us, the World Health Organization (WHO) says invasive fungal infections are an increasing threat to human health.
Aspergillosis is one fungal infection common in our environment but, in some circumstances, it can turn deadly. In an average day, most of us will inhale hundreds to thousands of Aspergillus spores with no adverse effects, but for people with weakened immune systems it can cause deadly infections. That includes people undergoing cancer treatments, or bone marrow transplants, but it is now recognized that some viral infections, like influenza (flu) and SARS-CoV-2 (COVID-19) increase the risk of deadly fungal infection even in otherwise healthy people.
“When these kinds of things happen in the ICU, it can be devastating because even advanced medicines still can’t treat these infections,” said Dr. Bryan Yipp, an intensive care physician and researcher at the University of Calgary.
“Once many of these infections really get ingrained and take over, clearing them with medications alone, antifungal or anti microbials, can be very difficult.”
Dr.Yipp began studying Aspergillus — a type of fungus that is a common mould — and its connection to viral infections in 2019, following three deaths in intensive care units of patients initially admitted for influenza, but who subsequently died of the fungal infection.
“It was very much a surprise when people first started identifying the fungus in the lung. There was a lot of discussion around the table of ICU doctors, infectious disease doctors, asking ‘Was Aspergillosis really the cause of death, or was this just a secondary finding?'” said Yipp. “The pathologists who looked at the samples and the autopsies, were convinced that it was Aspergillosis that was the main problem.”
UCalgary researchers have determined exposure to Aspergillus, a common fungal mould, can lead to a potentially dangerous Aspergillosis infection in people with weakened immune systems.
Working in Yipp’s lab, lead researcher Nicole Sarden, a PhD candidate, isolated the mechanism by which the immune system starts failing to prevent fungal infections.
“In healthy humans. specific immune cells, called B cells, produce molecules (antibodies) that basically tag invaders so that other cells in the immune system, called neutrophils, can recognize them, eat them, and clear the infection,” said Sarden
“But when you have infections with viruses, such as influenza, or if you get COVID, these molecules are no longer present, which means that the immune systems that are trying to eat, and clear the fungi cannot do it because they cannot see it.”
Working with both mice and human blood and tissue samples, the researchers discovered that following a viral infection, neutrophils could identify a fungal infection and surround it but did nothing to destroy it.
“The virus kills the B cells, no messenger molecules exist, so the neutrophils that would normally attack, the fungus, are blinded. They sit there and don’t know what to do,” said Sarden.
The research team also discovered that reintroducing Aspergillosis reactive antibodies can protect infected mice, leading to hopes a similar treatment will be available in the near future for humans with Aspergillosis infections.
While Yipp and Sarden focused on Aspergillus, it is not the only fungus that can cause serious, or fatal infections. It is estimated fungal infections kill an estimated 1.5 million people worldwide every year. Most of those are due to four different fungi; Cryptococcus, Candida, Aspergillus, and Pneumocystis. Since the advent of COVID, a previously rare infection of the fungus Mucormycosis has been increasing rapidly in India. It affects the sinuses, brains and lungs of its victims. The rise in Mucormycosis has also been seen in patients who are recovering or have recently recovered from COVID.
Yipp is hopeful the research being conducted at Calgary’s Cumming School of Medicine could lead to treatments for these infections as well.
“We have some hunches that that could be a similar mechanism to what we see here with what we have found.” said Yipp. “So we think that this could be applied to multiple different types of fungi around the world.”
The research team, led by Sarden, published their findings in the journal Science Translational Medicine.
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