Plastic surgeries, butt lifts, and many more such things done to your body are no longer new, but what many do not know are the risks it usually involves, and often a pungent smell that it leaves. Among the many such surgeries are BBL and the BBL Smell.

What Is BBL?

BBL is the Brazilian Butt Lift surgery. This is a cosmetic process to enhance the size and shape of one's buttocks through a transfer of fat. The process is also known as buttock augmentation with fat grafting.

As per the National Health Service, UK, BBL could be a dangerous surgery, and the main concern remains the injected fat, which could cause a blockage in a blood vessel in the lungs and could be in fact fatal. It also includes risks of a serious skin infection and lumpy scars.

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However, there is another effect that people may not talk about, it is the BBL Smell.

Does BBL Really Smell?

Dr Frita McRae Fisher, MD, a triple board-certified medical doctor with certifications in nephrology, hypertension, and diabetes is also an influencer on social media channels. In one of her YouTube videos, Dr Frita explains if BBL smells or not, why does it smell and how old is too old for BBL.

She explains that BBL can smell if you develop fat necrosis.

What Causes BBL Smell?

This is when the fat tissue that is injected into the buttocks dies.

Dr Frita explains that when you get a BBL done, the fat tissue is injected in the buttocks below the skin and above the muscle. However, she explains, "sometimes some of these fat cells die and when they do, they can release cellular debris and toxins, which can produce a foul odor."

A Chicago-based Impressions Face and Body, Dr Eric Anderson told the Daily Mail, "The BBL smell is real."

Not only does the death of the cell cause this smell, but it could also be because the patients are sweating or siting for long periods. Other factors could be unhygienic habits, which can cause BBL smell.

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Why Do Fat Cells Die after BBL Surgery?

Dr Anderson explains that if a patient is "overfilled" with fat during the process, the tissue could die in the buttocks. “When there is more fat in an area than the blood supply allows, the fat will die through a smelly process called fat necrosis, which can lead to infections that need antibiotics, hospitalizations, and even sepsis,” he explained.

What Are The Other Reasons For A Smelly BBL?

Dr Frita also seconds with Dr Anderson's opinion that there are a variety of causes that can lead to a smelly BBL.

She goes on to explain the number 2 reason for the same. "If you develop a bacterial infection, your BBL can smell. The BBL surgery takes place right near the area where you make your bowel movements, and so it is very possible for fecal mater to come in contact with the surgical wounds. If this happens, you can develop a bacterial infection, which can produce a foul odor."

Other factors include the surgeon not using proper sterile tools and techniques to perform the surgery, and having poor personal hygiene practices.

Dr Frita explains that right after the BBL surgery, "your buttock region would be larger than before." This is what causes more sweat in between and underneath the buttocks, this is what requires an extra care and hygiene.

However, she clarifies that most BBL do not smell, if it does, it is best to get it checked by your doctor. She suggests that one must also see a doctor if their BBL is leaking, causing chronic pain or have a high fever after the surgery.

Injections are one of the most direct and effective ways to deliver medications, nutrients, or fluids into the body. Unlike oral medicines, which must first pass through the digestive system, injections allow a substance to enter the bloodstream, muscle, or tissue directly, leading to faster or more controlled absorption.

There are several types of injections, but four are most widely used in healthcare practice: intravenous, intramuscular, subcutaneous, and intraosseous. Each has its own purpose, method, and site of administration.

Intravenous (IV) Injections

Intravenous injections deliver medication straight into a vein, allowing for rapid absorption and immediate action. Because the bloodstream is accessed directly, this type of injection is considered the fastest way to introduce drugs or fluids into the body.

Common Uses

IV injections or infusions are frequently used in:

• Providing fluids and electrolytes to treat dehydration
• Administering local or general anesthesia before surgery
• Delivering pain relief medications in emergency rooms
• Blood transfusions and iron supplementation
• Nutrition for severely malnourished patients
• Chemotherapy for cancer treatment
• Monoclonal antibodies for infections such as COVID-19
• Injecting contrast dye before imaging tests

Sites of Injection

Typical IV sites include veins on the back of the hands, forearms, or inside the elbow. In infants, doctors may use veins on the scalp or feet.

Intramuscular (IM) Injections

Common Uses

• Most vaccines, such as flu shots
• Antibiotics like penicillin or streptomycin
• Corticosteroids for inflammation or allergic reactions
• Hormones such as testosterone or medroxyprogesterone
• Medications for patients unable to take oral drugs

Sites of Injection

Healthcare professionals usually administer IM shots in:

• The upper outer thigh muscle
• The deltoid (shoulder) muscle
• The hip area

Doctors generally avoid injecting into the buttock due to the risk of damaging the sciatic nerve.

Subcutaneous (SC) Injections

Subcutaneous injections are given into the fatty tissue just beneath the skin and above the muscle. They use a smaller needle to ensure the medication enters the fatty layer rather than muscle tissue. Unlike muscles, fatty tissue contains fewer blood vessels, which means the body absorbs medication more slowly—making it useful for drugs that require steady, prolonged release.

Common Uses

• Insulin for diabetes management
• Blood thinners like heparin
• Vaccines such as MMR (measles, mumps, rubella) and chickenpox
• Pain control medications in palliative care (e.g., morphine, fentanyl)
• Fertility medications and biologics such as Dupixent

Sites of Injection

Typical SC injection sites include:

• The outer or back part of the upper arm
• The front or outer side of the thigh
• The belly (at least a few centimeters away from the navel)

Subcutaneous injections are relatively less painful and carry a lower risk of infection. They are often preferred for patients who need to self-administer medication at home, such as those managing diabetes.

Intraosseous (IO) Injections

Intraosseous injections are less common but extremely valuable in emergency medicine. They involve puncturing the bone marrow with a specialized needle to deliver drugs or fluids directly into the rich blood supply of the marrow. Since the marrow connects directly to the circulatory system, this method is fast and effective when IV access is difficult.

Common Uses

IO injections are usually reserved for critical emergencies such as:

• Cardiac arrest
• Severe trauma or accident injuries
• Overdose or poisoning
• Sepsis or septic shock
• Stroke or seizures
• Obstetric complications (e.g., childbirth emergencies)

They can also be used to administer anesthesia in dental procedures or deliver palliative care pain relief when veins are inaccessible.

Sites of Injection

Common IO access points include:

• The shinbone (tibia)
• The thigh bone (femur)
• The upper arm bone (humerus)

Risks and Side Effects

While injections are generally safe when performed by trained professionals, there are some risks. The CDC notes that common side effects include temporary pain, redness, swelling, or bruising at the injection site. Rare but serious risks may involve nerve damage, abscess formation, bleeding, or infection. Safe handling of needles and proper technique are critical to minimizing complications.

Thanks to Instagram and other such social media platforms, we know a lot about our health than before. In a video, a person presses on his lower leg, and instead of the skin bouncing back smoothly, it shows small pit-like impressions. The caption on the video reads: A Visible Sign Of Congestive Heart Failure.

A throbbing dorsalis pedis pulse, the artery running along the top of the foot, might appear harmless at first glance. However, doctors caution that such a finding can be an important clinical sign, often linked to conditions such as peripheral vascular changes or fluid overload. In particular, it may reflect elevated central venous pressure (CVP), a common feature of congestive heart failure (CHF).

Medical experts recommend that whenever this sign is seen, it should not be dismissed. Instead, patients should be assessed thoroughly, including checking bilateral pulses, looking for swelling in the legs or feet, and correlating these observations with blood pressure and a full cardiac examination.

Understanding Congestive Heart Failure

Congestive heart failure, also called simply heart failure, is a long-term condition where the heart cannot pump blood efficiently enough to meet the body’s needs. While the heart is still beating, it struggles to keep up with circulation demands. As a result, blood builds up in other parts of the body, most often in the lungs, legs, and feet.

Doctors often describe it with a relatable analogy: imagine a shipping department that is constantly behind schedule. Packages pile up because they cannot be dispatched on time. Similarly, in heart failure, fluid “packages” accumulate in the body, leading to symptoms and complications.

Different Types of Heart Failure

Heart failure is not a one-size-fits-all condition. It has different forms:

• Left-sided heart failure, where the left ventricle struggles to pump blood effectively.
• Right-sided heart failure, which often results from long-standing left-sided failure and leads to blood backing up in veins.
• High-output heart failure, a rare type where the heart pumps normally but the body demands more blood than it can provide.
• Right-sided heart failure is particularly linked to distended veins and visible pulsations, as seen in cases where fluid overload is present.

How Widespread Is the Problem?

Heart failure is alarmingly common. In the United States alone, more than six million people live with the condition, making it the leading cause of hospitalization among those older than 65. With aging populations and rising lifestyle-related diseases such as diabetes and hypertension, the burden of CHF is expected to grow further.

Common Symptoms Of Heart Failure

CHF can manifest in many ways, some subtle and others unmistakable. Typical symptoms include:

• Shortness of breath, especially during activity or at night
• Chest pain and palpitations
• Fatigue and weakness
• Swelling in the ankles, legs, and abdomen
• Weight gain and frequent nighttime urination
• A persistent, dry cough or bloating in the stomach

Some patients may experience only mild discomfort, while others face severe, life-limiting symptoms. Importantly, the condition tends to worsen over time if not managed.

Causes and Risk Factors

Several factors contribute to the development of heart failure, including:

• Coronary artery disease and heart attacks
• Long-standing high blood pressure
• Cardiomyopathy, often due to genetics or viral infections
• Diabetes and kidney disease
• Obesity, tobacco use, alcohol, or recreational drug use
• Certain medications, such as chemotherapy drugs

Risk increases with age, sedentary lifestyle, poor diet, and family history of heart disease. Left-sided heart failure is the most common trigger for right-sided failure, but lung diseases and other organ issues can also play a role.

Potential Complications

Unchecked heart failure can lead to serious complications such as irregular heart rhythms, sudden cardiac arrest, valve damage, fluid buildup in the lungs, kidney or liver failure, and malnutrition. These risks make early recognition of clinical signs, such as visible dorsalis pedis pulsation, critically important.

Diagnosing Heart Failure

Doctors use a combination of medical history, physical examinations, and diagnostic tests to confirm CHF. They typically ask about family history, lifestyle habits, medication use, and other medical conditions. Key tests include echocardiograms, ECGs, chest X-rays, MRIs, CT scans, stress tests, and blood work. In some cases, genetic testing may also be used.

Stages of Heart Failure

Heart failure is classified into four stages (A to D):

Stage A: High risk but no symptoms, often due to conditions like hypertension or diabetes.

Stage B: Structural heart problems but no outward symptoms.

Stage C: Clear symptoms alongside a confirmed diagnosis.

Stage D: Advanced heart failure with severe, treatment-resistant symptoms.

In 2023, medication abortion emerged as the most common form of abortion in the United States, reflecting both the convenience and accessibility it offers. With evolving policies, telemedicine provision, and the continued demand for privacy and safety, understanding when and how medical abortion is recommended has become more critical than ever. Abortion in the United States has long been a controversial topic, but the increasing patchwork of state laws has made medical abortion all the more difficult to monitor.

Unlike surgical abortions that take place in clinics, medical abortions tend to occur in private locations with pills prescribed or even ordered over the internet something that makes it difficult to collect data. Throw in the recent round of restrictions and court battles, and researchers, policymakers, and clinicians are left with a distressing void: we just don't know how many medical abortions are being performed, where they are being performed, or what this looks like for women's health.

Although surgical abortion continues as a necessary procedure for specific circumstances, the growth of medication abortion has revolutionized reproductive health care by providing a safe and non-invasive alternative for termination during early pregnancy. This change also highlights the need for proper information, safe access, and quality follow-up care to provide positive health outcomes.

Latest figures from the Guttmacher Institute bring to fore that in the majority of U.S. states with less stringent abortion laws, medication abortion had represented 63% of total procedures offered during 2023. In Wyoming, as an example, 95% abortions were medication-related, with 84% taking the same route in Montana.

Even telemedicine is coming into play: an estimated 10% of medication abortions were provided solely online in states where telemedicine bans did not exist, with some states up to 60%. These trends highlight the importance of preserving and continuing access to abortion pills as an essential part of reproductive health care.

What is A Medical Abortion?

Medical abortion is a non-surgical and non-invasive procedure to end an early pregnancy, usually between 4 and 9 weeks. It uses a two-drug combination: mifepristone, to block progesterone required for continuing the pregnancy, and then misoprostol, which causes uterine contractions to pass the pregnancy. Dr. Rupali Mishra, sonologist and physician at Dr Rupali's Abortion Centre, describes, "Medical abortion is advised if the pregnancy is ensured to be intrauterine and the patient is medically fit".

This involves factors such as lack of severe anemia, bleeding disorders, chronic asthma, or allergies to drugs. She reiterates that availability of follow-up care, such as ultrasound scans to exclude retained products of conception (RPOC), is fundamental to the safe outcome.

When Is Medical Abortion Recommended By The Physician?

Medical abortion is most effective in the early weeks of pregnancy. For pregnancies nine weeks or less, the procedure may frequently be carried out outside of hospital facilities by trained health-care practitioners like gynecologists, nurse-midwives, or certified midwives. However, beyond nine weeks, medical abortion is carried out in hospitals with medical care because risks become greater and complications may arise. "Medical abortion is a convenient and non-invasive procedure, hence suitable for patients who value such factors," remarks Dr. Mishra.

The eligibility criteria too are medically oriented. The patient should not have ectopic pregnancy, severe chronic illnesses of heart, kidney, or liver function, or known contraindications to the medication. Written informed consent is legally mandatory in registered MTP centers to confirm understanding and safety of the patient.

Procedure and Follow-Up Care

After administration, patients can suffer from abdominal cramps, pain, and bleeding for 15–20 days. In most instances, there are no complications, but excessive bleeding, severe pain, or incomplete abortion can lead to a suction evacuation procedure. A follow-up ultrasound after about three weeks confirms the uterus is clear, marking the success of the procedure. Dr. Mishra states, "Even with high success rates, routine follow-up is critical to manage potential complications such as infection, prolonged bleeding, or retained tissue."

Safety Precautions and Possible Side Effects

Medical abortion is normally safe, but improper use or self-administration under unsupervised conditions can prove fatal. Heavy bleeding, incomplete abortion, infection, or, in exceptional cases, shock caused by undiagnosed ectopic pregnancy are serious side effects. Dr. Mishra cautions, "Selling abortion pills over the counter without a prescription is illegal and very risky. Medical supervision is a non-negotiable factor to avoid severe complications."

Medical Abortion vs. Surgical Abortion

Knowing the distinction between surgical and medical abortion enables proper patient decision-making. Surgical abortion is instant and appropriate for later gestation or incomplete medical abortion, whereas medication abortion is non-surgical and appropriate for early pregnancy. Both need follow-up for completion assurance and checking for complications.

What Role Telemedicine Play In Successful and Safe Abortion?

Telemedicine has revolutionized access to medication abortion, especially in states with less-restrictive laws. Virtual consultations with trained providers enable patients to get prescriptions and instructions without face-to-face visits, providing greater privacy and ease. However, according to Isabel DoCampo of the Guttmacher Institute, legal safeguards and access need to keep evolving in order to provide safe provision across states.

Medical abortion is safe, effective and becoming increasingly prevalent for the ending of early pregnancy if under qualified medical care.

Eligibility, procedure, and follow-up must be explained to patients so that safety and health can be assured. As reproductive health policy continues to change, maintaining access to safe abortion care—including medication and telemedicine—remains paramount. Open dialogue with objective medical professionals, coupled with adequate support and counseling, continues to be imperative for enabling individuals to make responsible decisions regarding their reproductive well-being.

Disclaimer: This article is provided for informational purposes and is not medical or legal advice. Readers are urged to seek advice from qualified healthcare providers for medical advice and to consult state or federal authoritative resources for updates on the laws of abortion in the United States.