FamilyTreeNow is a free and popular website designed to assist individuals in constructing their family trees and unearthing intriguing genealogical secrets. Offering access to a treasure trove of public records and a user-friendly family tree builder, FamilyTreeNow has sparked both excitement and controversy. From concerns about data accuracy to questions surrounding privacy, it's a platform that has left users intrigued yet cautious. Here is everything you need to know about FamilyTreeNow, its services, data privacy concerns, and ways to opt out of their services.
FamilyTreeNow is a website that helps trace ancestries, build family trees, and get contact details of millions of individuals.
Launched in 2014, this genealogy website is based in Roseville, California, and has over 1.6 billion personal records in its database.
Yes. FamilyTreeNow is a free website allowing individuals to search for people and build and store their family tree without paying anything.
FamilyTreeNow offers two primary services - people finder and family tree builder.
Follow these easy steps to search for records on FamilyTreeNow’s database.
Below are the steps to use the family tree builder service.
Recommended for you: How to download your Family Tree DNA Raw Data?
Unlike other genealogy websites, FamilyTreeNow does not ask for a fee to utilize any of their services.
Some genealogy websites have free services but require customers to upgrade to premium services for a fee. FamilyTreeNow doesn’t offer such premium services either.
According to the website's founders, their mission is to create the best genealogy website in the world that both amateur and professional genealogists can utilize.
The accuracy of FamilyTreeNow’s records depends on two factors.
The controversy surrounding FamilyTreeNow primarily revolves around the accessibility and potential misuse of personal information available on the site.
It has raised significant privacy concerns due to the ease with which personal details can be obtained.
Additionally, the website has been linked to cases of stalking and other malicious activities, sparking apprehension regarding the security and ethical implications of its services.
Furthermore, the owner of FamilyTreeNow, Dustin Weirich, has faced criticism for being unresponsive to requests for comment, which has fueled skepticism about the platform's commitment to addressing privacy and security issues.
FamilyTreeNow's website tells you exactly how you could opt out of its services, so your information isn’t visible to those who search for it.
Here are the detailed steps to opt out.
The internet is split in its opinion, having a free-to-access genealogy website.
Global genealogy enthusiasts are excited about having a free tool that helps them pursue their passion for genealogy.
However, a larger group of people are worried that this free database will give anyone access to your details, including your address, contact number, and relationships.
Here are some pros and cons of using FamilyTreeNow to help you make an informed decision.
| Pros | Cons |
| Unlimited free access to create a family tree and search for ancestry details | Risk of data privacy |
| Quick access to multiple public records all in one place | Since the database depends on open public records, it may be hard to eliminate inaccuracies and incomplete information |
| Advanced search features make it easy to narrow down search results | FamilyTreeNow does not have extensive customer support features like other paid websites |
https://www.familytreenow.com/
https://blog.incogni.com/family-tree-now-opt-out/
https://www.lifewire.com/family-tree-now-4129031
https://www.trustpilot.com/review/www.familytreenow.com
Did you know that not all natural supplements are as safe as they seem? While some can offer health benefits, others might harm your liver, the most vital organ responsible for cleansing your body. NIH research has revealed that liver injury induced by herbal and dietary supplements (HDS) accounts for 20% of hepatotoxicity cases in the United States. This means being cautious about your supplements, which is crucial for safeguarding your liver health. Keep reading to explore 7 natural supplements that may cause liver damage, either directly or through interactions with other medications. Additionally, we'll address liver damage signs, delve into liver-stressing vitamins, and provide practical supplement selection tips for liver health maintenance.
While many turn to natural supplements for improved health, some contain unexpected downsides.
It's important to be aware of potential side effects, especially those impacting the vital liver.
Here are 7 commonly used supplements that, under certain circumstances, can harm your liver:
As mentioned earlier, herbal and dietary supplements contribute to 20% of hepatotoxicity cases in the US.
The research found significant culprits like anabolic steroids, green tea extract, and multi-ingredient nutritional supplements (MINS) as common causes.
Anabolic steroids, often sold as bodybuilding supplements, usually result in a prolonged cholestatic liver injury. A specific pattern in blood tests and liver tissue samples characterizes this type of injury.
On the flip side, green tea extract and similar products are prone to trigger acute liver injury, with symptoms closely mirroring those of hepatitis.
However, the majority of HDS-associated liver injuries are linked to MINS, where the specific toxic component is often unknown.
This poses challenges in diagnosis, treatment, and prevention. Improved regulatory oversight is crucial to ensure the purity and safety of non-prescription products.
Collaboration among healthcare professionals, chemists, and toxicologists is essential to identifying and regulating harmful ingredients and promoting public safety.
Symptoms indicating potential liver function issues can appear in various ways.
Other symptoms include:
These indications could appear rapidly or gradually, depending on the cause and severity of liver injury.
It is vital to consult a physician promptly if you notice any of these signs so they can evaluate the condition and provide necessary treatment.
Vitamin A and niacin (vitamin B3) are the vitamins that are hard on the liver in high doses.
While most vitamins, when taken within recommended amounts, rarely cause liver harm, vitamin A and niacin can lead to distinctive forms of liver injury.
This risk arises because many vitamins, especially fat-soluble ones, are concentrated, metabolized, and stored in the liver.
Exceeding safe intake levels can overload the liver's capacity to process these vitamins, resulting in liver damage.
Thus, caution should be exercised with vitamin A and niacin supplementation to prevent liver injury.
While some supplements may be effective in supporting liver health, it is important to talk to your doctor about it and only take those that are prescribed.
Be careful with some natural supplements, as they can hurt your liver.
Be cautious with kava, green tea extract, comfrey, chaparral, aloe vera, black cohosh, and echinacea supplements, especially if you have liver issues or take other medications.
Watch for signs like tiredness, yellow skin, or belly pain, which could mean liver damage.
Too much vitamin A and niacin can harm your liver. Before starting any new supplements, consult your doctor first.
Check what's inside them and pick brands that have been properly tested and approved.
Eating healthy foods and living a good lifestyle is best for keeping your liver healthy. Only use supplements when you really need them.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5502701/
https://www.ncbi.nlm.nih.gov/books/NBK548637/
https://www.ncbi.nlm.nih.gov/books/NBK547925/
https://www.ncbi.nlm.nih.gov/books/NBK548370/
https://www.sciencedirect.com/topics/pharmacology-toxicology-and-pharmaceutical-science/larrea
https://www.ncbi.nlm.nih.gov/books/NBK547990/
https://www.ncbi.nlm.nih.gov/books/NBK548440/
https://www.webmd.com/hepatitis/toxic-liver-disease
https://www.ncbi.nlm.nih.gov/books/NBK548888/
https://www.everydayhealth.com/news/toxic-not-healthy-surprising-liver-dangers-herbal-products/
Imagine this: You've been regularly going to the gym, pushing yourself, and attempting to gain lean muscle mass. Along the way, you've heard about the advantages of using creatine supplements, including
Excited to try it out, you dive into the world of creatine, only to be met with concerns about bloating. But does creatine make you bloated?
Let's unravel the truth behind this common question and explore effective strategies to minimize any potential bloating.
Creatine, an amino acid found in our muscles, is a powerful energy generator during high-intensity exercise.
Its primary role is to help regenerate ATP (Adenosine Triphosphate), the body's major energy source, allowing you to perform at your best throughout heavy workouts.
This amino acid is available in various forms:
You can also consume it by taking creatine-rich foods, such as:
Creatine supplementation can improve athletic performance and has several benefits, including:
Now, onto the burning question – does creatine make you bloated?
A phenomenon known as creatine bloating can often occur while adopting creatine supplements, especially during the early loading phase.
Taking a more significant dose of creatine, usually 20–25 grams, to saturate the muscles is required during this period, which lasts for about 5-7 days on average.
Temporary bloating may result at this time due to an increase in creatine intake and increased water consumption.
Thus, it is important to note the bloating felt during the loading period is temporary and usually goes away within a few weeks.
This is not the same as bloating caused by digestive issues or excess gas.
Creatine helps generate energy by increasing the concentration of creatine phosphate in the muscles.
As a result, the muscles hold onto extra water, which helps rise in body weight.
It's important to understand that this water retention is intramuscular, meaning it stays within the muscle cells and not in the spaces between cells or organs.
The water retention associated with creatine usage may make you feel slightly heavier or fuller, but it is not the same as bloating caused by digestive problems.
True bloating often involves discomfort, distention, and excessive gas.
With creatine-related water retention, you may notice a subtle increase in body weight and muscle fullness, but it should not cause significant discomfort.
Creatine bloating is temporary and should stop within a few days to a couple of weeks - this can be avoided by taking a lower dosage.
Did You Know?
Your genes influence important aspects of fitness like your endurance potential, injury risk, premature fatigue, motivation to work out, etc. Unlocking this information using your ancestry test DNA data can help you achieve your fitness goals seamlessly.
Creatine significantly influences people who engage in high-intensity, short-duration activities.
For example, weightlifting, running, and boxing athletes often see a significant performance boost with creatine supplementation.
However, even if you are not a top athlete, creatine can enhance your fitness journey by helping you gain strength, stamina, and total muscle development.
While creatine is usually safe for most people, certain groups should use caution or avoid supplementation.
For example, individuals with kidney disease, high blood pressure, liver disease, or a history of kidney stones shouldn’t use creatine.
If you are breastfeeding or pregnant, it is advisable to avoid creatine.
Making informed decisions about supplements and prioritizing your health is important.
If you experience water retention or perceived bloating from creatine, there are effective strategies to minimize these effects:
Yes, the water retention associated with creatine usage will gradually subside once you stop taking the supplement.
However, it's important to remember that this temporary water weight is unrelated to body fat or actual bloating, and it should not be a cause for long-term concern.
If you discontinue creatine, your body's water balance will normalize.
Aim to consume an additional 8-16 ounces (240-480 ml) of water daily to support the benefits of creatine supplementation and maintain maximum hydration.*
This helps to flush out waste products, support muscle function, and promote overall well-being.
Remember, hydration is key to unlocking your full fitness potential.
If you're concerned about water retention and potential bloating, stick with creatine monohydrate.**
This form of creatine is widely recognized as safe and effective, with numerous scientific studies backing its benefits.
Avoid experimental or lesser-known forms of creatine that lack sufficient evidence or may have undesirable side effects.
By choosing creatine monohydrate from a reputable brand, you can maximize the advantages of creatine while minimizing any temporary water retention.
*overhydration can also lead to digestive issues like nausea or vomiting.
**Please consult a doctor for advice on the best supplement for your body’s needs
Taking creatine can cause temporary muscle hydration that leads to bloating, but it's not permanent. When you stop taking creatine, the bloating will disappear, and your body will return to normal rather than digestive issues or excess gas.
By following a balanced diet, and selecting a reputable creatine monohydrate supplement, you can enjoy the benefits of creatine while minimizing any temporary water weight.
Before beginning creatine supplementation, seek advice from a healthcare professional to ensure it suits your needs and health status, just like any other dietary supplement.
Did you know that your body cannot produce zinc on its own? You must either acquire it through food or supplements. While zinc is necessary for proper bodily functions, excessive consumption can have potential side effects, too. This article explores one such side effect, answering one of the commonly asked questions about zinc supplementation - can zinc make you nauseous?
Zinc is a crucial trace mineral required for overall health. Each cell in the body has it and supports various bodily functions.
Now that we understand zinc let's explore its crucial functions within the body.
When a person does not consume or absorb enough zinc, it can lead to a deficiency of this mineral in the body, known as zinc shortage.
It is estimated that over 2 billion people worldwide are zinc deficient due to a poor diet.
Although severe zinc insufficiency is not common, some groups of people are more prone to it.
Some symptoms of zinc deficiency include:
Yes, high zinc consumption can occasionally cause nausea.
While zinc is a necessary mineral, overeating can produce gastrointestinal symptoms such as nausea, vomiting, and stomach cramps.
A balanced diet can meet most people's zinc requirements.
If zinc supplementation is necessary, it should only be done under the guidance of a healthcare professional to prevent overdosing and any negative consequences.
Nausea after taking zinc supplements can occur due to various reasons.
To stop nausea when taking zinc, you can follow these key steps:
Implementing these measures can effectively address and reduce nausea associated with zinc supplementation.
The time it takes for nausea to occur after taking zinc may differ from person to person.
In some cases, nausea may occur relatively quickly after consuming zinc supplements, while in others, it may take some time.
Factors such as individual sensitivity, dosage, and whether zinc is taken on an empty stomach can influence how quickly nausea develops.
Paying attention to your body's response and monitoring any symptoms after taking zinc is essential.
If you experience nausea consistently or severely shortly after consuming zinc, it is important to adjust the dosage, take it with food, or consult a healthcare professional for further guidance.
Other than nausea, an overdose of zinc can also result in diarrhea, stomach pain, and vomiting, which may start within 3-10 hours of exposure and resolve after 12-24 hours of stopping the supplementation.
Zinc's Recommended Dietary Allowance (RDA) varies according to age, gender, and life stage. The RDA values for various groups are as follows:
| Age | Male | Female | Pregnant females | Lactating females |
| Infants (0-6 months) | 2 mg | 2 mg | ||
| Infants (7-12 months) | 3 mg | 3 mg | ||
| Children (1-3 years) | 3 mg | 3 mg | ||
| Children (4-8 years) | 5 mg | 5 mg | ||
| Children (9-13 years) | 8 mg | 8 mg | ||
| Adolescents (14-18 years) | 11 mg | 9 mg | 12 mg | 13 mg |
| Adults (19 years and older) | 11 mg | 8 mg | 11 mg | 12 mg |
Did You Know?
Your genes influence how much your body absorbs and utilizes zinc from food. Certain gene changes can increase your risk for zinc deficiency. You can use your ancestry genetic test DNA data to learn in-depth about your entire nutritional profile, including vitamin deficiencies, food intolerances, and the ideal diet for your body type. Learn More.
Many people, with good reason, turn to zinc lozenges and tablets when they are sick. It is one of the body's most abundant trace minerals, essential to every health aspect.
A person can also try to consume more zinc-containing foods, such as:
Many different zinc supplements are available in the market, each with unique effects on your health.
Here are some of the most commonly found options:
Zinc supplements come in different forms, such as capsules, tablets, and lozenges. One can decide as per their daily requirements for zinc.
It's important to note that using nasal sprays containing zinc may result in a potential loss of smell; therefore, consult a doctor before using them.
Zinc Intake: A maternal genetic risk factor for autism?
Consuming 150 to 450 mg per day of excessive zinc can result in additional side effects. Here are some of them:
Yes, zinc can upset your stomach if not taken correctly. Taking zinc on an empty stomach can trigger nausea and upset stomach. Consuming too much zinc or getting it from the wrong sources can also cause nausea.
For safe and effective consumption of zinc, it is important to follow certain guidelines. Such as:
Grape Seed Extract: The Next Hot Anti-aging Supplement?
Zinc is an important trace mineral that is needed for maintaining optimal health.
Although it has many advantages, excessive intake may have side effects. One side effect of taking zinc in excessive dosages or on an empty stomach is nausea.
It's crucial to follow dose recommendations, take zinc with meals, and, if required, seek medical advice.
Low copper levels, changes in iron function, decreased immunological function, lower amounts of "good" cholesterol, and urogenital issues are other potential adverse effects of excessive zinc use.
https://www.medicalnewstoday.com/articles/263176
https://www.healthline.com/nutrition/zinc-supplements
https://www.healthline.com/nutrition/zinc
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9396684/
https://pubmed.ncbi.nlm.nih.gov/3630857/
https://pubmed.ncbi.nlm.nih.gov/2407097/
https://pubmed.ncbi.nlm.nih.gov/12026029/
Imagine waking up the day after a grueling workout, and your muscles feel like they've been hit by a truck. It's a familiar feeling for many fitness enthusiasts, but what does it mean? Is Delayed Onset Muscle Soreness (DOMS) a promising sign of muscle growth, or is it simply a side effect of your body recovering from the strain? Today, we dive deep into the science behind DOMS to unveil the truth about its role in your fitness journey.
Did You Know?
Some genes affect how your body responds to training, including inflammatory responses and muscle fatigue. People carrying certain gene changes may be more prone to DOMS or exercise-induced muscle damage than others. Learn more
Delayed Onset Muscle Soreness or DOMS is muscle pain and stiffness that affects your body 12-24 hours after a workout.
These symptoms typically start to get better after 72 hours.
DOMS differs from pain during exercise, which might indicate injury.
It is most common in people who have just started or returned to exercise after a long gap.
DOMS can hinder your workout plans and fitness goals.
While local muscle pain is one of the main symptoms of DOMS, it can be much more than that:
Exercising puts physical stress on your muscles.
It creates microscopic tears in your muscle fibers.
As your muscles heal from this abnormal stress, inflammation causes soreness.
DOMS is the most common after eccentric workouts.
They include jogging downhill or lowering a barbell.
When you do these exercises, your muscles lengthen while contracting.
The severity of DOMS will depend on how hard you have worked out.
People often describe DOMS as a dull and aching sensation in the muscle group engaged in the workout. Some may also feel a "burning" sensation along with stiffness.
DOMS occurs when you put your body through sudden heavy exercise.
It safeguards your body from further pain and severe damage.
However, it is not necessarily a sign of muscle growth.
DOMS stops occurring quite quickly after your body gets used to strenuous workouts.
It is important to note that you can still achieve muscle growth without suffering from DOMS.
Studies indicate that genetics might play a part in the occurrence and severity of DOMS.
Women may experience less DOMS pain than men due to different inflammatory responses of the body.
Estrogen protects the body from muscle damage and inflammation.
One study showed that women on birth control had less muscle soreness after exercise than those without birth control.
The alpha-actinin-3 protein (ACTN3) gene is found in fast-twitch muscle fibers.
Fast twitch muscle fibers are essential for power and strength, as opposed to slow twitch muscle fibers needed for endurance.
ACTN3 gene reduces damage due to eccentric muscle contraction.
Humans have three types of ACTN3 genes: RR, XX, and RX.
People with the XX variant have a deficiency of the ACTN3 gene.
Deficiency of this gene might make a person more prone to suffer from DOMS.
The Myosin Light Chain Kinase (MLCK) gene may also play a part in muscle soreness.
Athletes were tested for this gene.
Those with a homozygous CC variant of this gene had less muscle soreness than those with a heterozygous CA variant.
The most significant risk for DOMS is starting an intense workout suddenly without a warmup.
However, some studies show that DOMS affects men more than women.
A lower blood creatine kinase level can lead to lesser DOMS.
Women typically have less CK enzyme in their blood than men.
The presence of specific genes also increases the risk of DOMS.
Here's How You Can Still Get Fitness Insights
Usually, the pain and discomfort of DOMS fade after 72 hours of onset.
However, if you want to ease the pain and discomfort, here are some tips that can help:
While working out with DOMS can seem very exhausting, low-impact cardio, like brisk walking or swimming, can actually promote recovery.
Even stretching exercises like yoga can help alleviate t
While it might be impossible to avoid DOMS, it might be possible to reduce its intensity.
Here are some tips to avoid DOMS:
Delayed Onset Muscle Soreness or DOMS often affects those who suddenly start working out.
Muscle pain and stiffness occur 12-24 hours after a workout.
Many people say that DOMS is a sign of muscle growth.
However, new studies show it might not be a sign of muscle growth.
Some genes are associated with an increased risk of DOMS.
Gender also plays a role when it comes to the severity of DOMS.
Doing proper warmups before starting any exercise and using OTC and massage therapy might help counter symptoms of DOMS.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7830646/
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4983298/
https://www.medicalnewstoday.com/articles/delayed-onset-muscle-soreness/
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1250256/
Despite affecting 176 million people worldwide, very little is known about the cause of endometriosis. The path to diagnosis is notoriously lengthy, averaging five years, as symptoms are often dismissed as "normal" or something one must simply endure. This delay and misunderstanding underscore a critical gap in awareness and knowledge about endometriosis. Management and treatment of this condition involve understanding the root cause. Recent studies indicate that there may be a genetic component at play. This article explores what this means and further touches upon hereditary factors and tips to lower endometriosis risk.
About Xcode Life
Endometriosis is when tissues lining the uterus start growing outside the uterus.
The function of endometrial tissue is to line the uterus.
This layer of tissue grows, thickens, and ultimately breaks down during every menstrual cycle.
However, in endometriosis, this same tissue starts growing on ovaries and fallopian tubes and does not leave the body.
This condition can cause pain and issues with fertility.
Endometriosis can show a variety of symptoms:
The specific cause of endometriosis is unknown.
However, genetic predisposition can make you prone to developing this disease.
Other risk factors include:
Studies report that those with a family history of endometriosis are more likely to have the condition themselves, suggesting a genetic component to this condition.
However, more research is needed to identify the genes underlying this condition and establish any inheritance patterns.
The following sections explain what we know so far regarding the genetic nature of endometriosis.
Studies have found that women who have a close female relative who has endometriosis are 5 to 7 times more likely to suffer from the condition themselves.
Endometriosis that occurs in families tends to be more severe than sporadic cases.
Scientists continue to look for specific genes that cause endometriosis.
In a study published in 2019, researchers identified more than two dozen genes that have been linked to endometriosis.
However, no specific gene that causes the disease was identified.
Instead, scientists have found that endometriosis is caused due to a complex interaction between genes.
Let’s explore some of the genes identified in this study and how they can potentially contribute to endometriosis:
| Gene(s) | Association With Endometriosis |
| HOXA10 & HOXA11 | HOXA genes are crucial for normal uterine development and attachment of fertilized egg to the endometrium. Decreased levels may lead to impaired implantation and increased endometriosis risk. |
| LIF & BTEB1 | LIF is involved in embryo implantation and inflammation regulation, while reduced BTEB1 levels may affect cell proliferation and differentiation, potentially contributing to endometriosis development. |
| p27 gene (V109G polymorphism) | The p27 gene controls cell cycle progression. The V109G polymorphism is associated with increased endometriosis risk, possibly altering cell cycle regulation and leading to abnormal cell growth in the endometrium. |
| PLA2G2A (763C>G polymorphism) | This gene promotes cell proliferation. The 763C>G polymorphism in Iranian women is linked to endometriosis, suggesting that altered PLA2G2A activity may influence cell growth and tissue invasion in the endometrium. |
| KAZN | It affects cell adhesion mechanisms, potentially influencing the attachment of endometrial cells outside the uterus and the formation of endometriotic lesions. |
Endometriosis can run in families, meaning that you have an increased risk of having this condition if any of your close female relatives have it.
Endometriosis is inherited in a polygenic or multifactorial way.
This means that multiple genes are involved in influencing your likelihood of developing endometriosis.
How Polygenic Inheritance Works
Scientists have found that endometriosis is inherited in a multifactorial way.
This means no one specific "endometriosis gene" determines if you will have endometriosis.
The effect of multiple genes together contributes to the risk - all these genes have certain changes called variations, each of which contributes a small percentage of risk.
However, when these small risks are cumulatively considered, it can result in a high risk for endometriosis.
This is called polygenic inheritance, which talks about inheriting multiple gene changes associated with the risk.
If you inherit only 1-2, your risk may be low to moderate. However, if you inherit multiple, then your risk may be on the higher side.
It is also important to understand that genes alone do not influence if you will have endometriosis.
Environmental factors, too, play a part in it, and the interaction of your genes with the environment ultimately determines if you will have the condition.
There is no evidence to suggest that you can prevent endometriosis.
However, you can lower your chances of having the condition if it runs in your family.
Endometriosis depends on estrogen concentration in the body, and you can lower levels of this hormone using these strategies:
Other ways to lower your risk include:
Endometriosis can cause fertility problems.
If you have endometriosis and are trying to get pregnant, consult a doctor.
You might need surgery to remove endometrial tissue.
Your chances of getting endometriosis increase seven times if your mother or any other first-degree female relative has it.
However, it doesn't doesn't mean that you are bound to have it.
Inheritance of endometriosis is a complex phenomenon and depends on several genetic and environmental factors.
Endometriosis may not always occur, even if it runs in your family.
Endometriosis is diagnosed using the patient's clinical symptoms and a pelvic ultrasound.
Immunological and genetic tests can be performed to confirm if a person has endometriosis.
However, they can't diagnose definitively since a single gene does not cause endometriosis.
Endometriosis is a condition that affects millions of women worldwide every year.
However, doctors and scientists are still not sure what causes it.
This leads to delayed diagnosis and women not getting adequate treatment.
But now, new studies show that endometriosis is genetic.
It has a complex inheritance pattern and runs in families.
However, due to its complex pattern of inheritance that depends on multiple genes, there's no specific genetic test to determine if someone will have endometriosis.
However, this key finding is that endometriosis will help women get treated for this condition faster and more effectively.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4346178/
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6447774/
https://pubmed.ncbi.nlm.nih.gov/26947452/
https://www.medicalnewstoday.com/articles/is-endometriosis-hereditary
https://www.who.int/news-room/fact-sheets/detail/endometriosis
