Prevalent Barriers to obesity within the African American population.

According to the Centers for Disease Control and Prevention (2021), Cigarette smoking damages almost every organ in the body, leading to numerous diseases and overall health decline. In the United States, smoking is responsible for over 480,000 deaths each year, nearly one in five deaths. For women, smoking can make it more difficult to conceive and can adversely affect a baby’s health before and after birth. In men, smoking can reduce sperm quality, decreasing fertility and increasing the risk of congenital disabilities and miscarriage. Smoking also harms oral health, potentially leading to tooth loss. Moreover, it increases the risk of cataracts, which cloud the eye’s lens and impair vision. It can cause age-related macular degeneration (AMD), damaging a small spot near the retina’s center needed for central vision. Additionally, smoking is a risk factor for type 2 diabetes mellitus and can complicate its management, with active smokers having a 30-40% higher risk of developing diabetes compared to nonsmokers.

The four major diseases linked to smoking are

• Cardiovascular Diseases
  • Increased mortality rates due to smoking.
  • Elevated risk of ischemic heart diseases.
• Respiratory Conditions
  • Smoking is a primary cause of chronic respiratory deaths.
  • Increased risk of respiratory diseases and tuberculosis.
• Stroke
  • A Study reports a Positive correlation between smoking prevalence and stroke-related deaths.
• Lung Cancer
  • Study reports there is a higher likelihood of lung cancer with increased daily cigarette consumption.

Introduction

One of man’s best inventions is drugs, especially disease-specific ones. Drugs are substances other than food, which can prevent, relieve the symptoms, or cure an abnormality or disease. Globally, the cost of drugs has soared over the years, resulting in a situation whereby low-income earners are unable to buy branded medications. In underdeveloped and developing countries where food and drug agencies have poor capacity to perform their regulatory functions optimally, we tend to see the proliferation of substandard or fake drugs. So many times, this ugly trend is energized by not just greed but by the market demands for affordable medications.

Why Medication exceeds expiry date

 To mitigate the challenge of not being able to buy drugs, when necessary, people from resource-limited settings stack up some essential medications in their homes, which eventually exceed the best before or expiry dates on them. Sometimes, doctors could change a patient’s prescription because of reactions, allergies, or inability to purchase the drug, which could result in leftover drugs that eventually exceed the expiration date. Also, big pharmacies and patent-drug stores cannot sell all their stock, leading to the expiration of some drugs. This situation has raised many questions about the safety of these drugs after their expiration or beyond the “best before” date. Because of the importance of drugs and the health risks involved when taken wrongly, people have always consciously discarded unused drugs when it’s past the expiration date, even one day.

How Safe is a drug after the expiry date?

The debate about drugs being safe after their expiration date has persisted over the years, as many people still hold the opinion that pharmaceutical companies deliberately label their drugs with short shelf lives to guarantee steady patronage. Eventually, most of these unused drugs are discarded. The context that drugs can still be safe for a long time after expiration has gained several affirmations. In a recent study by Benjamin Davido and others titled ‘Efficacy of Expired Antibiotics: A Real Debate in the Context of Repeated Drug Shortages’ published in MDPI Journal “Antibiotics”, it was reported that when appropriately stored in line with the expected conditions, no expired antibiotics tested failed to be potent after one year of expiration. In another study by Sushil Sharma and others, titled ‘A study to investigate the chemical potency, physical stability, and efficacy of analgesic agents over a period of two years post their expiry date’ published in the “Medical Journal Armed Forces India”, it was seen that drugs such as Diclofenac, Piroxicam, and Ibuprofen retained their stability, analgesic efficacy, chemical active ingredients and by implication their potency up to a duration of two years after expiration.

Important factors to consider

However, the issues of proper storage and handling can play a big role, especially in the tropical climate of West Africa and other geographical regions. Hence, people in the tropics may have to rely on their capacity to store their drugs in the required condition in deciding whether to use a drug past the expiration date or not.

Conclusion

This article doesn’t advocate for the use of expired medication but to reduce anxiety about accidental use. It is essential to understand factors that impact drug stability.

(Written by Ebenezer Dic-Ijiewere PhD.)

NB: Always consult your healthcare professionals regarding expired medications to ensure medication safety and effectiveness.

Uterine fibroids (UFs) represent the most prevalent non-cancerous tumors among women of reproductive age. Symptomatic fibroids can lead to significant health issues and are the primary reason for hysterectomies in the United States and globally, contributing to substantial socioeconomic impacts and affecting over 70% of women of reproductive age (Langton et al., 2024). African American women tend to develop fibroids approximately 10 years earlier than White women in the US and bear a disproportionate health burden from these tumors

Black women experience UFs at higher rates, with an earlier onset, more severe symptoms, and faster disease progression compared to other groups.

According to Sithembinkosi Ndebele (2024), 85% of participants were non-Hispanic Blacks. Black participants had a higher likelihood of a UF diagnosis, and the following risk factors were reported contributing to the high prevalence of UFs in Black individuals:

1. Socioeconomic Status: Lower socioeconomic status is reported to increase the rates of UFs.
2. Adverse Environmental Exposures: Increased exposure to environmental pollutants is associated with a higher prevalence of UFs.
3. Chronic Stress: Experiences that increase chronic stress are significant contributors.

Lifestyle and socioeconomic factors, closely tied to neighborhood characteristics, further influence UF prevalence. These factors include:

1. Body Mass Index (BMI): A higher BMI correlates with a higher risk of UFs.
2. Alcohol Use: Regular alcohol consumption is positively correlated with UF diagnosis.
3. Income and Occupation: These factors influence access to healthy food and healthcare.

The rising cost of living has become a significant public health concern, particularly for low-income individuals who are struggling daily to survive. Addressing the social determinants of health among this population remains an urgent issue, as many face ongoing challenges accessing essential needs such as food, housing, transportation, and healthcare. During my assessment of some of the low-income individuals, I found that several individuals eat only once a day to save money for rent. Many reported choosing to go hungry rather than risk homelessness. Some have been living in their cars for nearly a year, while others rely on the homes of friends to shower and change clothes. It is heartbreaking to witness the difficult situations people endure every day to stay alive.

The rising cost of living has multiple impacts on health and well-being. According to Grewal et al. (2024), increasing housing costs—one of the key components of living expenses—can have both direct and indirect health consequences. Their study indicates that:

• Financial strain from high housing and living expenses contributes to increased stress, anxiety, and depression, particularly among renters and low-income individuals.
• Food insecurity often results when households must prioritize rent or transportation over nutrition, leading to poor dietary intake and higher risks of chronic diseases.
• Limited access to healthcare arises when individuals cannot afford medical visits, medications, or preventive care due to competing financial demands.
• Housing instability or homelessness can expose individuals to unsafe environments, lack of sanitation, and interrupted social support networks, which worsen both physical and mental health outcomes.

Overall, Grewal et al. (2024) emphasize that the effects of rising housing and living costs are unequally distributed, disproportionately affecting low-income individuals who already face multiple barriers to health. This highlights the need for comprehensive policy approaches that integrate housing affordability, income support, and healthcare access as essential strategies to promote health equity.

Source: https://doi.org/10.1186/s12889-024-18360-w

Light at night (LAN) refers to the use of artificial or natural light during nighttime hours for visibility purposes.

 Deprato et al. (2025) reports that approximately 80% of the global population is exposed to light-polluted skies, and LAN is now considered a major environmental pollutant. Sources include streetlights, vehicles, homes, industries, and even atmospheric reflections.

LAN disrupts the body’s circadian rhythm, the internal 24-hour clock regulated by the brain’s suprachiasmatic nucleus. When artificial light interferes with natural dark–light patterns, it delays the circadian clock and sleep-wake cycle, leading to melatonin suppression, sleep disturbances, and an increased risk of various diseases (Deprato et al., 2025). Blue-rich and bright LED lights cause the most significant disruption (Deprato et al., 2025). The study reports that LAN exposure is linked to higher rates of depression, bipolar disorder, anxiety, and other severe mental disorders, likely due to circadian misalignment, sleep deprivation, and changes in brain chemicals such as serotonin and dopamine.

 Implications:

1.The findings suggest that light pollution and artificial light exposure at night are not only environmental/visual concerns but also have mental health implications.

2. Encourages rethinking nighttime habits — including screen use before bed, bedroom lighting, blackout curtains, and managing exposure to streetlights or indoor lights at night.

3.The implications of light at night may vary by culture or by groups

4. Designing homes and neighborhoods that minimize intrusive nighttime lighting in bedrooms, promoting lighting standards that consider human health

Prevention/ Mitigation strategies

1.Reduce screen time before bed: Use “night mode” or blue-light filters on devices, dim the brightness, and avoid stimulating content.

2. Improve bedroom lighting: Use blackout curtains, turn off or dim indoor lights, remove bright electronic indicators, and opt for warm, low-intensity lighting in the evening.

3. Maintain a consistent sleep–wake schedule: Even if artificial light is present, a regular circadian rhythm helps mitigate disruptions.

4. Use lighting design for sleep: In the evening, switch to warmer (red/orange) wavelengths; avoid bright overhead white/blue light late at night.

5.Monitor and adjust ambient outdoor lighting: If streetlights are intrusive, consider using blackout curtains or an eye mask; if indoor lighting spills into the night, turn off non-essential lights.

Source: https://doi.org/10.1016/j.scitotenv.2025.179188

Postpartum depression (PPD) is characterized by a major depressive episode that begins within four to six weeks following delivery, as per international diagnostic criteria. Recurrence rates for PPD are high, with 40% of affected women experiencing depression again in their lifetime and nearly 50% facing another episode in subsequent pregnancies. Symptoms of PPD encompass fatigue, irritability, anxiety, lack of pleasure, feelings of helplessness, sleep and appetite disturbances, indifference towards life events, low self-esteem, and feelings of incompetence as a parent, among others. PPD is considered a multifactorial condition influenced by both environmental and genetic risk factors for depression.

Risk factors for PPD  include:

• Previous depression.
• Adverse life events.
• Lack of social support.
• Socioeconomic position.
• Personal and family psychiatry history.
• Stressful experiences (such as trauma).
• Specific pregnancy-related factors.
• Intimate partner violence (IPV) occurring close to or during pregnancy also elevates the risk of postpartum depression.

The impacts of PPD are significant and extend beyond the affected individual. They include poor attachment between the mother and newborn, potential stunted growth and low weight in the child, disrupted breastfeeding, and adverse effects on the infant’s cognitive, emotional, and social development. There is also an increased risk for psychiatric disorders in the child during infancy, childhood, adolescence, and adulthood. Women of color and those with lower incomes are more likely to suffer from postpartum depression and may face barriers to accessing treatment (Gopalan et al., 202).

The four-stage process to regain control of Postpartum Depression

Women experiencing PPD often undergo a four-stage process in an attempt to regain control:

1. In the initial stage, mothers grapple with intense worries, persistent obsessive thoughts, and difficulties focusing.
2. In the second stage, women feel a sense of loss of their “regular selves,” describing a robotic feeling while caring for their infants. Withdrawal may occur, and thoughts of self-harm or suicide may surface.
3. The third stage involves women planning strategies to overcome PPD, such as seeking help from healthcare providers, engaging in prayer, or finding comfort in support groups.
4. In the final stage, women regain control of their thoughts and feelings as despair lifts.

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