Thursday, March 17, 2022

Medications That Don't Mix With Exercise

When it comes to mixing exercise with medication, the latter can sometimes affect the former. Therefore, if you’re using medications, you really need to know all of their potential effects, good and bad, on you. Here’s a quick scoop on which meds could be clashing with your cardio.  
 
1. Beta-Blockers

What Are They? This group of medications, also known as beta-adrenergic blocking agents, are used to treat high blood pressure and are also commonly prescribed for conditions such as migraines and glaucoma. 
 
Beta-blockers lower the heart rate, which is the opposite of what exercise induces – an increased heart rate. Therefore, combing both gives your body conflicting messages, and people tend to get fatigued very quickly. 
 
What to Do 
While it’s always a good idea to speak to your doctor or pharmacist about how to accommodate exercise while on beta-blockers, you should consider asking if you really need to be taking them. In some cases it is and in other cases, there are better alternatives. For example, acupuncture has been found to help some migraine sufferers. If they are necessary, you should begin with as low a dose as possible to see if your ability to exercise is adversely affected.
2. Pain Medications 
What Are They? 
 There are two types of pain medications: acetaminophen, which is an alternative to aspirin for pain relief, and ibuprofen, which treats swelling and inflammation as well as pain. 
 
Pain is usually a signal of tissue injury, so overusing pain medication can be a concern. For example, if you have a sprained ankle and you take a lot of medication to get through the pain, that can be bad because the sprain won’t heal adequately and you might re-injure it. 
 
There’s also some concern about non-steroidal anti-inflammatory drugs such as ibuprofen, Advil Motrin, and Aleve. These can cause fluid retention, which isn’t particularly kind on the kidneys and puts more stress on the cardiovascular system. 
 
What to Do 
Firstly, if you have a sprained ankle, let your body rest and heal rather than mask the pain with medications so that you can continue exercising. If it’s a milder pain that’s afflicting you and you’re using ibuprofen or Motrin, try not to take the medication for more than a week. If you need longer pain relief, switch to an acetaminophen medication to treat it and avoid that fluid retention stress.  
 
3. Antidepressants
What Are They? 
While there are many medications that trigger sleepiness, antidepressants are the more common ones as they alter the chemical balance in the brain to help stabilize and improve your mood. Drowsiness and fatigue are usually at their worse during the first few weeks of taking them. Furthermore, they also have the added side effect of weight gain. 
 
What to Do 
There are many different types of antidepressants and if yours causes a lot of drowsiness, talk to your doctor about taking alternative antidepressants. Also, starting off with a lower dosage of a new antidepressant can help the sleepiness factor.  
 
4. Antihistamines 
What Are They?
Drowsiness is a common side effect of antihistamines, especially older generation medications such as Chlor-Tripolon and Benadryl. Antihistamines block or decrease histamine, which is triggered by an allergic reaction such as coming into contact with pollen or animal fur. When you’re taking antihistamines your alertness can be affected. Therefore, for example, if you’re a runner and you take antihistamines that make you drowsy, you can misstep and become injured. 
 
What to Do 
There are newer generations of antihistamine medications such as Alegra, Claritin, and Reactin that don’t cause the same level of drowsiness, if at all. However, if you prefer the older antihistamines, time your medication well. The older ones are usually shorter-acting, so they might last only four hours and once that drowsiness has worn off, you can exercise.


This is only for your information, kindly take the advice of your doctor for medicines, exercises and so on.   

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Sunday, December 26, 2021

No chemotherapy needed to treat cancer, claims new research

A team of 11 scientists from the Cleveland Clinic in the US and a researcher from Allahabad University (AU) have found a way in which chemo and radiation therapy will not be required to kill cancer cells.

The work of the team led by Yang Li, Professor of Cancer Biology at the Cleveland Clinic, and assisted by Munish Pandey, Assistant Professor at the Department of Biochemistry, AU, has been published in the prestigious journal 'Oncogene by Nature'.

The research bears significance as the work promises a treatment using which the cancer patients will be saved from the side effects of chemo and radiation therapy.

After its successful experiment on rats, efforts are now being intensified to apply it on the human body.

Pandey said: "The study may give relief to cancer patient who undergoes chemotherapy. Chemotherapy uses radiation and other drugs which has many side effects and evoke immune system that causes severe pain and allergic reaction. The team has earlier developed knockout mice for miR-21 and the same was published in 'Proceedings of the National Academy of Sciences' of the US (PNAS) journal. MicroRNA-21 (small non-coding RNA) is one of the most abundant microRNAs in mammalian cells that regulates apoptosis (programme cell death) and oncogenic effects.

"I have worked along with the American scientists and invented an alternative to chemotherapy and drugs in the treatment of cancer, which damage normal cells along with cancer cells during cancer treatment. This successful experiment was done by a team of 11 scientists in the Cleveland Clinic and Yang Li. Our team while experimenting on mice injected its anti-sense into mice to make miR-21 ineffective."

Following this, it was found that the tumour formed in the body of the rat gradually became smaller and some tumours disappeared completely.

This experiment went on for a year in America. However, it has not yet been used on the human body. Now the effort has been intensified to apply it on the human body, Pandey said.

He added that due to cancer, tumours are formed in the body which are eliminated through chemotherapy and drugs. In this process of treatment along with cancer cells, normal cells are also damaged and has a negative effect on the body.

The group is working on other programmed cell death mechanisms, microRNAs and chemeric antigen T-cell therapy to tackle carcinogenicity in mice model.

This is only for your information, kindly take the advice of your doctor for medicines, exercises and so on.   

https://gscrochetdesigns.blogspot.com. one can see my crochet creations  
https://gseasyrecipes.blogspot.com. feel free to view for easy, simple and healthy recipes    
https://kneereplacement-stickclub.blogspot.com. for info on knee replacement

 

 

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