A medtech startup IOTA Diagnostic, has received an Indian Patent for its M-Strip, an innovative cervical cancer screening test that uses menstrual blood as a biospecimen. This follows regulatory approval from the Central Drugs Standard Control Organization (CDSCO) and successful clinical validation. It is pertinent to note that cervical cancer is the second most common cancer among women in India, causing around 80,000 deaths annually.

How Does This Work?

M-Strip, the self-sampling kit for cervical cancer (HPV) and STI screening, provides a non-invasive alternative to traditional cervical screenings. This allows women to collect menstrual blood using a sanitary pad-based device. This sample is then sent to a lab for analysis to detect the presence of Human Papillomavirus (HPV), a major cause of cervical cancer.

Cervical cancer recently gained widespread attention when model and actress Poonam Pandey sparked headlines by creating a hoax about her death to raise awareness about this chronic disease. While she received a lot of flak for her actions, cervical cancer became a trending search on the internet. But what is this and is it treatable?

What Is Cervical cancer?

Cervical Cancer is a type of cancer that deveops in layers of the cervix. It is caused by abnormal cell growth that can spread to another part of your body. There are two main types of cervical cancer. These are squamous cell carcinoma and adenocarcinoma.

Where Is The Cervix Located?

Cervix is located in the pelvic cavity, about 3 to 6 inches inside the vaginal canal. It serves as the entrance to the uterus to the vagina. As per the World Health Organization (WHO), almost all cervial cancer are linked to human papillomaviruses (HPV) which are transmitted through sexual contact.

What Are The Symptoms Of Cervical Cancer?

Cervical cancer has no symptoms in the early days and therefore, is hard to detect until it has spread.

Early-Stage Cervical Cancer Symptoms

• Vaginal bleeding after sex
• Vaginal bleeding post-menopause
• Vaginal bleeding between periods or unusually heavy/long periods
• Watery vaginal discharge with a strong odour or containing blood
• Pelvic pain or pain during intercourse

• Persistent symptoms of early-stage cervical cancer
• Painful or difficult bowel movements or rectal bleeding
• Painful or difficult urination or blood in the urine
• Persistent dull backache
• Swelling of the legs
• Pain in the pelvis or lower abdomen

Treatment Options

Treatment options for cervical cancer vary based on the cancer’s stage, size, and whether it has spread. Early-stage cervical cancer is often treated with surgery, such as a hysterectomy, to remove cancerous tissue. Radiation therapy, which uses high-energy beams to destroy cancer cells, is frequently combined with chemotherapy in more advanced stages. Chemotherapy involves cancer-killing drugs that circulate throughout the body. Targeted therapy is also emerging as an option, using drugs that focus on specific cancer cell markers while sparing healthy cells. The choice of treatment depends on multiple factors, including the patient’s overall health and desire to preserve fertility.

Bipolar disorder affects an estimated 5.7 million American adults, or roughly 2.6% of the adult population, according to the National Institute of Mental Health. And while lithium remains one of the most effective treatments, its narrow therapeutic window means monitoring will always be part of the equation. For millions of people living with bipolar disorder, lithium remains one of the most reliable medications available. It’s a cornerstone of treatment—a powerful mood stabilizer capable of managing both manic and depressive episodes. But here’s the problem: lithium has a razor-thin therapeutic window. Too little, and it’s ineffective. Too much, and it can cause serious harm—kidney failure, thyroid damage, or worse. That means patients must routinely monitor blood levels, often through invasive, time-consuming blood draws.

Now, a team of engineers and medical researchers at the University of Southern California (USC) has developed a game-changing solution: a first-of-its-kind wearable lithium sensor that measures drug levels in real-time using sweat. No needles. No lab visits. Just a patch and a smartphone.

Why Lithium Monitoring Has Always Been So Hard?

Lithium, though widely prescribed and highly effective, isn’t a one-size-fits-all drug. Dosage must be tailored for each patient, with careful consideration of body weight, diet, hydration, and other variables. And even after a dose is dialed in, regular lab tests are essential to ensure safety.

For patients, that often means monthly or more frequent blood draws—painful, inconvenient, and for some, a barrier to consistent treatment. Add to that the cost, anxiety, and time involved, and you begin to see why a more user-friendly monitoring method has been a long-standing need in psychiatry.

Being able to track these levels continuously over time will improve safety by allowing for medication dose adjustments that avoid side effects and potential medication toxicity.

How Does The Wearable Sensor Work?

Sweat-based sensing is a noninvasive approach that bypasses the needle altogether. While the idea might sound futuristic, the science is sound. Sweat carries many of the same chemical markers as blood, including lithium concentrations, and reflects them in real time.

The newly developed sensor from USC includes a skin-safe iontophoresis system—a gentle electrical current that stimulates localized sweating without requiring the wearer to exercise. In just a few minutes, the patch collects sweat, analyzes it, and sends the lithium level data to a companion smartphone app.

Think of it like a glucose monitor, but for mood stabilization.

At the heart of the wearable device is a breakthrough in electronics: organic electrochemical transistors, or OECTs. These are tiny, low-power sensors that respond to the presence of ions—like lithium—in a liquid medium. But what sets this new device apart is the fact that it’s fully printed, meaning it can be manufactured affordably at scale.

The USC team customized the OECT materials to respond specifically to lithium ions, something traditional sensors weren’t optimized for. This is what allows the device to deliver reliable readings without the need for expensive or bulky lab equipment.

According to Mohammad Shafiqul Islam, lead author of the study and a PhD candidate in the USC Khan Lab, “Our goal was to make lithium tracking as easy and comfortable for patients as checking a daily fitness tracker.”

This isn’t just lab theory. The USC researchers collaborated with psychiatrists and actual patients during early trials. They conducted a pilot study with patients actively taking lithium, comparing the wearable’s readings with those of traditional commercial lithium sensors. The match was successful.

Patients reported that the wearable felt like a huge relief—no more frequent lab visits, no more stress about waiting days for results. One participant even noted how seeing consistent readings around 0.4 millimolar (mM) helped them better understand their own treatment.

“This kind of personalized insight is one of the key benefits of wearable technologies,” said Yasser Khan, lead investigator and director of the USC Khan Lab.

How It Can Transform Bipolar Treatment?

For a mental health condition as complex and lifelong as bipolar disorder, personal agency matters. The new lithium sensor gives patients the power to understand and manage their treatment from anywhere—at home, at work, while traveling. It reduces reliance on clinical infrastructure and gives both patients and doctors more data to guide decision-making.

But the team isn’t stopping there. They’re already working on next-gen versions powered by artificial intelligence. These advanced systems could one day automatically adjust lithium dosage in response to real-time levels, completely closing the loop between monitoring and medication.

“This is a market-ready technology,” Khan noted. “What we need now is broader clinical validation—studies involving hundreds of patients—and partnerships to bring the device into commercial production.”

This new wearable could change that equation completely—making lithium tracking less invasive, more frequent, and far more accessible. That’s not just a tech upgrade. That’s a leap forward in how we care for people with serious mental health conditions.

Just as glucose monitors transformed diabetes care, sweat-based lithium sensors could do the same for bipolar disorder. It’s a shift from episodic to continuous care, from reactive to proactive management—and it’s coming not from a big pharma company, but from an interdisciplinary lab bringing engineers, doctors, and patients together.

As this innovation moves from pilot phase to potential FDA approval and commercial availability, it represents something more than just a sensor. It’s a symbol of how technology and empathy can work together to improve lives.

What started as a promising medical breakthrough is fast turning into a public health dilemma. Weight loss injections like Wegovy and Mounjaro have exploded in popularity, hailed for their effectiveness in reducing obesity and improving metabolic health. But the current demand for these drugs has escalated to a point that pharmacists across the UK and the US are calling it unsustainable.

Far more people want the jabs than are clinically eligible to receive them. And the gap between public perception and medical reality is only growing wider.

According to a poll commissioned by the National Pharmacy Association (NPA), around 21% of adults said they had tried to access weight-loss injections in the past year. Among younger adults aged 16 to 34, that number shot up to 35%. Yet the actual number of people who meet the clinical criteria for these drugs—based on BMI and comorbidities—is significantly smaller.

As pressure mounts on both private and public healthcare systems, experts are urging restraint, better education, and tighter regulations to prevent a brewing crisis: drug shortages, black-market sales, and patients using powerful medications without proper oversight.

What These Drugs Are And Who They’re Really For?

Wegovy and Mounjaro belong to a class of medications known as GLP-1 receptor agonists. Originally developed for type 2 diabetes, they’ve since been found to trigger weight loss by reducing appetite and slowing digestion. Clinical trials show patients can lose between 15% to 20% of their body weight over time with these injections—far outperforming older diet drugs.

However, these are not designed for casual use or cosmetic weight loss. Under current UK guidelines—mirroring those in the US—these drugs are only approved for people with a BMI over 30, or over 27 with weight-related conditions like type 2 diabetes, hypertension, or sleep apnea. The NHS has even stricter criteria for its limited rollout: patients must have a BMI over 40 and at least four weight-related comorbidities.

Despite this, the NPA survey shows that public interest is surging. 41% of all adults said they’d opt for these jabs if they were available for free through the NHS. Among those aged 25 to 34, interest jumps to 64%—even though many in this group are unlikely to qualify.

The Supply Chain Is Struggling

The spike in interest isn’t just a theoretical concern. Supply chains are already under strain.

According to the NPA, 1.6 million packs of Wegovy and Mounjaro were purchased in the UK in April alone—a number believed to reflect the actual user base. Meanwhile, some pharmacies have begun limiting access due to shortages, especially for higher dosages of Mounjaro.

This isn’t just a UK problem. In the US, Wegovy shortages have been ongoing since late 2023, leading to months-long waitlists in some areas. Healthcare providers have had to triage who gets treatment, often prioritizing patients with severe obesity or life-threatening complications.

“The demand is spiralling far beyond what is clinically deliverable,” said Olivier Picard, Chair of the National Pharmacy Association. “Weight loss jabs are one of the biggest drug innovations this century—but they need to be reserved for those who truly need them.”

How The Black Market Is Also A BIG Problem?

The concern now is not just about meeting demand—but managing it safely. As access becomes more limited, more people are turning to unregulated online sellers, beauty clinics, or even social media to obtain the injections. The UK’s Medicines and Healthcare products Regulatory Agency (MHRA) and the US FDA have both issued warnings about the risks of sourcing these drugs without medical supervision.

Buying Wegovy or Mounjaro online or from non-clinical settings raises the chances of getting counterfeit or improperly stored medication, not to mention bypassing essential medical checks. These drugs are meant to be taken as part of a structured weight management plan, including dietary guidance, lifestyle support, and regular health monitoring.

Without that ecosystem, even legitimate medications can become dangerous. Despite the chaos, pharmacists see an opportunity to play a larger, more regulated role.

Currently, 85% of all weight loss drug prescriptions are issued by community pharmacies. The NPA is now pushing for pharmacies to become more formally integrated into the NHS weight management rollout and to be equipped with clearer protocols, funding, and legal support.

“Pharmacists are experts in medication, and many already have experience delivering these jabs as part of a complete care package,” Picard explained. “If we’re going to scale up access, pharmacies are in the best position to do it safely.”

But he also emphasizes the need for new national regulations—especially for the private market and online prescribing. These should include mandatory two-way consultations and access to comprehensive medical histories before prescriptions are given.

The “Worried Well” vs. Clinical Need

One of the most pressing ethical dilemmas is who gets priority when supply is short.

“There’s a big difference between someone whose life is at risk from obesity-related disease and someone who’s hoping to lose ten pounds before vacation,” said Picard.

This distinction has led to the growing use of the term “the worried well”—people who may have a normal or near-normal BMI, but want to use these drugs for aesthetic reasons or as a quick fix. While everyone has the right to pursue their health goals, many experts argue that this group should not be taking up limited medical resources, especially when there’s no clinical indication.

Health agencies and professional bodies are calling for public education campaigns to clarify the appropriate use of GLP-1 drugs, to manage expectations, and to reduce pressure on already overstretched supply chains.

The UK’s Department of Health has said that up to 220,000 people in England will be offered tirzepatide (the drug in Mounjaro) over the next three years as part of its long-term obesity strategy. In the US, insurers are still grappling with coverage decisions, but pressure is mounting to expand access—particularly for patients in medically underserved communities.

Meanwhile, the pharmaceutical industry is racing to increase production, and new weight loss drugs are on the horizon. But none of this solves the immediate issue: demand already outstrips supply, and most of the people seeking these drugs may not even qualify.

Weight loss injections are not a silver bullet. They’re a tool, not a miracle cure and like any tool, their effectiveness depends on proper use, oversight, and the right person wielding them.

For now, healthcare systems must walk a tightrope expanding access to those in clinical need while holding the line against misuse, misinformation, and unsafe practices. Because when it comes to powerful medicines that affect your metabolism, more isn’t always better.

Schizophrenia, a mental illness involving some 1% of the world's population has long resisted treatments that effectively tackle its cognitive impairments. But a new hero is in the offing, and it's one that few would have predicted: the llama. Scientists at France's Centre National de la Recherche Scientifique have designed short fragments of llama antibody 'nanobodies' that penetrate the blood-brain barrier and restore brain function in mice with schizophrenia-like impairments.

This study, published in Nature on July 23, shows that a single injection into mice can correct memory and behavioral impairments for nearly a week, offering a possible path to therapies that go beyond symptom management.

Existing antipsychotic drugs target hallucinations, delusions, and disorganized thinking—but do little for cognitive symptoms: memory lapses, attention deficits, planning difficulties, and more. These impairments, which often begin in late adolescence or early adulthood, profoundly impact daily life and social integration.

Nanobodies, on the other hand, target the mGlu2 glutamate receptor directly, a neural pathway that is linked to cognitive control. The nanobody derived from llama—herein described as DN13–DN1—is highly specific and will not cause off-target activity, yet it can activate this essential receptor to restore brain signaling equilibrium in NMDA receptor hypofunction models.

One of the hardest problems in brain drug development is the blood–brain barrier—a physiological gatekeeper that blocks most therapies from reaching the brain. Traditional antibodies, although powerful, are too large to pass through.

Nanobodies, which are about one-tenth the size of conventional antibodies, proved to be small enough to permeate this barrier. In this study, they successfully reached brain regions responsible for cognition and maintained therapeutic levels for up to seven days after just one dose.

What Happened in Preclinical Tests?

The researchers tested DN13–DN1 in two mouse models with schizophrenia-like cognitive deficits:

Behavioral improvements: Mice treated with a single injection showed restored memory and decision-making in object recognition and spatial tests.

Sensory gating corrected: Sensorimotor gating—a process that filters out unnecessary stimuli—returned to normal, a function often impaired in schizophrenia.

Long-lasting effect: Benefits persisted for at least a week, far longer than typical drug effects in similar models.

Safety profile: No noticeable impact on basic motor function or brain receptor expression, suggesting a targeted and low-risk mechanism.

What This Means for Schizophrenia Patients?

“For humans obviously we don't know yet—but in mice, it’s sufficient to treat most deficits of schizophrenia,” said molecular biologist Jean-Philippe Pin, one of the study’s senior authors at the Institute of Functional Genomics in Montpellier, France.

If human trials follow the success seen in mice, nanobody-based therapies could extend beyond schizophrenia to other brain disorders that hinge on glutamate signaling—such as Alzheimer’s or Parkinson’s diseases. The researchers themselves emphasize that this is only a proof of concept. Next steps include:

• Humanization of nanobodies to prevent immune rejection
• Long-term safety and toxicity testing
• Large-scale production to meet clinical demand
• Funding and industrial partnerships to support early-phase trials

If all goes well, this research could mark a critical shift in mental health care—delivering medication that directly targets cognitive impairment, not just psychotic symptoms.

What makes this approach so revolutionary is its combination of precision, biodegradability, and ease of administration. Nanobodies are produced more efficiently than traditional antibodies, exert fewer off-target effects, and can be administered via standard injections instead of invasive delivery systems.

Moreover, their ability to cross the blood-brain barrier opens up possibilities for treatments of other neurological disorders—transforming a once-impenetrable challenge into a rapidly evolving frontier.

It’s hard to overstate how unexpected this discovery is: an animal known for its wool, not its neurology, yielding molecules with the potential to heal minds. But that’s exactly where science is advancing today.

As mental health specialists and patients await rigorous human testing, the implications are clear: nanobodies could finally deliver a therapy that addresses schizophrenia’s most stubborn challenges—cognition and quality of life. If the promise of llama-based treatments holds in human trials, we may be on the cusp of a new paradigm in psychiatric medicine—bridging immunology and neuroscience, one nanobody injection at a time.