- The second restaurant, I just discovered recently ( via recommendation of Fellowresidents here at THD) is Tanoshi Bistro in Oak Grove Rd and Citrus. Ditas and Ihad dinner there last Sunday night. We were impressed by the Food Offerings andthe prices were very reasonable compared to Tatsu.more private area. We were served immediately our green tea with toasted rice💚.After 5:15PM,the restaurant was filled with diners. By the time we finished ourdinner at around 6PM, there was a line of 10 diners waiting outside and another10 diners were waiting inside. For Details, visit their website:Meanwhile, here are the Japanese food terms you shouldknow: Nigiri, sashimi andsushirolls.Nigiri is a type of sushi consisting of a hand-pressed oval of vinegared rice topped with a slice of raw or cooked seafood or other ingredients. The name "nigiri" means "hand-pressed" in Japanese, and it is a classic style of sushi known for its simplicity, showcasing the balance between the rice and the topping.
- A chef uses their hands to shape a small amount of sticky, vinegared rice into an oblong mound. A slice of topping, most often raw fish like tuna, salmon, or yellowtail, is then pressed onto the rice.
- The topping is often fish, but can also include cooked seafood like shrimp or eel, or even vegetables or egg. A small dab of wasabi is sometimes placed between the rice and the topping, and a garnish may be added.
- Nigiri is different from sashimi, which is just raw fish without rice. It also differs from sushi rolls, which are typically wrapped in seaweed and contain multiple ingredients inside.
- Nigiri is considered a true test of a sushi chef's skill, as it requires years of practice to consistently shape the rice and press the topping together to create a perfectly balanced, melt-in-your-mouth piece.
💚Green tea with toasted rice is calledGenmaicha, a popular Japanese green teathat combines green tea leaves with roasted brown rice. The toasting process givesthe rice a nutty flavor that balances the grassy notes of the green tea, creating aunique, comforting taste that is often described as having hints of popcorn or toast.Meanwhile, My Photo of the Day_ Trump ( Banksy Art)Finally, My Food For Thought For Today:
FRONT YARD OF THE MAIN HOUSE WITH SERVANT QUARTERS BY THE SIDE AT THE END OF THE LONG DRIVEWAY. SOME PHOTOS AND VIDEOS ON THIS SITE, I DO NOT OWN. HOWEVER, I HAVE NO INTENTION IN INFRINGING ON YOUR COPYRIGHTS.
Monday, November 17, 2025
Tow of My Favorite Japanese Restaurants in Walnut Creek
A New Dawn for Anti-Malarial Drug Therapy
Reflections from the FDA and a New Dawn for Antimalarial Therapy
When I think back to my years at the Food and Drug Administration, those many mornings reviewing NDA's/IND's, the dozens of teleconferences, the guidance meetings, and the policy debates around antimalarial drug products, I’m reminded that progress in global health doesn’t come in neat, predictable increments. It comes in fits and starts, often decades apart, with spurts of innovation followed by long plateaus.
That is why last week news on a new anti-malarial drug is so meaningful to me. According to the last week issue of the The Wall Street Journal, Novartis has reported phase III data for a new antimalarial therapeutic, ganaplacide / lumefantrine (code-name “GanLum”), which achieved cure rates exceeding 99 % against uncomplicated Plasmodium falciparum malaria, including strains with emerging resistance. Finviz+4The Wall Street Journal+4Reuters+4
As someone who once handled, at the GS-14 level, policy and regulatory reviews (CMC) for antimalarial drug products, this moment resonates on multiple levels: scientifically, regulatorily, and personally.
The Modern Landscape of Antimalarial Drug Products
In the early 2000s, the worldwide standard of care for many falciparum malaria cases was an artemisinin-based combination therapy (ACT), such as artemether/lumefantrine (commercially known as Coartem). Resistance to older monotherapies had already been recognized, and the global health community rallied behind ACTs in large part because the mode of drug resistance for P. falciparum is notoriously adaptive. (For example, as early as ~2005, partnerships between Novartis and global funders aimed to assure supply of Coartem in malaria-endemic countries. Devex+1)
From a regulatory perspective at the FDA, each antimalarial submission demanded careful scrutiny:
Pharmacokinetics/pharmacodynamics, especially in vulnerable populations (children, pregnant women)
Safety profiles in settings with comorbidities, malnutrition, or co-infections
Resistance monitoring and contingency planning
Supply chain, stability, and distribution logistics (especially for endemic regions)
Labeling and use-cases in resource-limited settings
In my reviews, one of the recurrent concerns was: what happens when resistance begins eroding the efficacy of our best tools? The answer was that we needed a next-generation antimalarial sooner rather than later.
Why GanLum Represents a Significant Milestone
The new candidate, GanLum, is noteworthy for several reasons:
It uses a novel compound, ganaplacide, paired with a reformulated version of lumefantrine. Reuters+2Finviz+2
The mechanism of action appears distinct: ganaplacide disrupts the parasite’s internal protein transport system, and also targets the gametocyte stage, the form of the parasite responsible for transmission back to mosquitoes. The Wall Street Journal+2Reuters+2
In a large late-stage trial (1,688 adults and children across 12 African countries) the cure rate exceeded 97 % in intent-to-treat and exceeded 99 % in per-protocol analysis. Reuters+2Finviz+2
The fact that it retains efficacy against drug-resistant strains is critical when we consider the global threat of resistance spreading. The Wall Street Journal+1
Novartis and its partners are targeting access in high-resistance zones (for example, East & Southern Africa) and anticipate rollout within 12-18 months. Reuters+1
For a former regulator such as myself, this is a textbook case of what we hope for when we approve a new therapeutic: innovative mechanism, robust trial data, strong public health rationale, and a pathway to access. It is gratifying to see the pipeline delivering.
Reflecting on My FDA Years — What I Learned and How It Connects
During my time at the FDA, I had the opportunity to engage with antimalarial drug regulation in ways that were both technical and policy-oriented, including:
Reviewing IND/NDAs for antimalarial agents, often with global health partners.
Monitoring signals of emerging resistance and engaging in discussions about global pharmacovigilance.
Collaborating with program offices to ensure that approved therapies had labeling appropriate for low-resource settings and children.
Participating in advisory committee meetings where the questions were often “How will this therapy fit into our global eradication strategy?” or “What contingency plans are in place if resistance emerges?”
Looking back, a few lessons stand out:
Innovative mechanism matters. We knew that simply tweaking existing molecules would buy time, but a real step-change required novel scaffolds and novel targets. Today’s ganaplacide is precisely that.
Data in diverse populations is key. Trials that include children, pregnant women, various geographies, and resistant strains make regulation and implementation far stronger.
Access and stewardship must go hand in hand. Approving a drug is one thing; ensuring equitable access, maintaining supply chains, and avoiding misuse (which could accelerate resistance) is another. In my FDA years I often emphasized that regulatory approval is only one part of the equation.
Global health context changes the regulatory lens. Approvals for diseases of poverty or low-profit markets require emphasis on affordability, partnerships, and sometimes creative regulatory pathways (or “global health priority labels”).
Resistance is the ever-present threat. Even the best drugs can become obsolete if resistance spreads unchecked. Thus, ongoing surveillance, combination therapies, and new pipelines need to be part of the long-term strategy.
In this sense, GanLum is more than simply “another antimalarial.” It embodies the hope that a regulator like myself once vigorously advocated for a pipeline that doesn’t just respond to the latest threat but leaps ahead.
What’s Next — Implementation and Regulatory Considerations
From where I sit now, and drawing on my former regulatory experience, here are a few key issues to watch as GanLum moves toward approval and deployment:
Regulatory submission and review: What will the dossier look like for WHO pre-qualification, EMA review, or FDA programs (e.g., priority review for neglected diseases)? The former regulator in me will be curious about the safety database, pediatric formulation, and how resistance data are handled.
Labeling and population subsets: Will this therapy be approved for children (including infants?), pregnant women, and in areas of high resistance? One notes that many antimalarial programs struggle with the “last mile” of wrapping in vulnerable populations.
Formulation, dosing, and operational use: The data mention sachets and once-daily dosing for three days. From a field logistics standpoint, simpler dosing improves adherence. How well will this translate into real-world use in remote settings?
Access and affordability: Novartis has indicated non-profit or near-cost models in endemic regions. That is encouraging. The regulatory interface must ensure that the approved product is affordable and distributed in alignment with public-health priorities.
Surveillance and stewardship: With any new antimalarial, it’s critical that monitoring for emerging resistance begins immediately. Regulatory authorities (and funding agencies) need to ensure guidelines for usage, combination therapies, and retention of efficacy.
Integration with global eradication efforts: The new drug will not stand alone. Vaccines, vector control (e.g., bed nets, insecticides), diagnostics, and health-systems strengthening must all interface with the rollout of a new therapeutic.
A Personal Note and Looking Ahead
I recall afternoons in the FDA review room when we debated whether a molecular target was sufficiently differentiated, whether the global health burden justified priority review, whether the trial design captured the “real-world” use in Africa or Asia. At times, that work felt slow or incremental. But these efforts were laying the groundwork for exactly the kind of breakthrough we’re now witnessing.
For me, this new news reignites the memory of those years—not just as a regulator enforcing standards, but as a public-servant contributing to a larger mission: reducing suffering from infectious disease, especially among the world’s poorest and most vulnerable.
And now, as GanLum nears potential approval, I am filled with cautious optimism. It reminds me that regulation is not merely bureaucratic gate-keeping; it’s part of a chain of innovation, public health, and global equity. It reminds me also that the work I did and the work of countless colleagues at the FDA and beyond matters.
In closing, I offer my heartfelt hope that this new therapy will reach those who need it most, that implementation will be swift and equitable, and that this moment becomes a tangible leap in the fight against malaria. If I were still at the FDA, I’d be talking with colleagues: “Here is the new asset. Let’s ensure iron-clad post-approval monitoring. Let’s coordinate with WHO, funders, and countries to get it into arms. Let’s protect its lifespan by stewardship.” Because from regulator to implementer to patient, we all share the goal: fewer deaths, fewer children lost, fewer lives disrupted by a preventable disease.
Thank you for reflecting with me. The journey continues and in this moment, it feels like one of those meaningful leaps.
Meanwhile, here are three of my previous postings on Anti-Malarial Drug Products
https://chateaudumer.blogspot.com/2019/10/drugs-for-treatment-of-malaria.html
https://chateaudumer.blogspot.com/2021/07/our-maryland-and-fda-years-1990-2002.html
https://chateaudumer.blogspot.com/2018/08/fda-approved-drugs-for-2018-new-anti.html
Epstein Files Controversy — Republican Rep. Thomas Massie and Democrat Ro Khanna are pushing for the release of previously undisclosed government files on Jeffrey Epstein. Massie accuses former President Trump of launching a probe to shield documents. The Guardian
U.S. Military Strike in Eastern Pacific — The U.S. conducted an operation against an alleged drug-smuggling vessel in the eastern Pacific, killing three people onboard, according to the Pentagon. The Guardian
Zelenskiy Visits Paris — Ukrainian President Volodymyr Zelenskiy is meeting with French President Emmanuel Macron in Paris to reinforce France’s support amid ongoing conflict with Russia. Reuters
Leonid Meteor Shower Peaks — The annual Leonid meteor shower, known for its fast and bright meteors, is expected to peak on the night of Nov 16–17, offering a great skywatching opportunity. The Times of India
Safer Gambling Week Begins — The UK and Ireland launch Safer Gambling Week (Nov 17–23), spotlighting responsible gambling tools and support services. TalkSport
Sunday, November 16, 2025
The Enduring Allure of Herbal Medicines
The Enduring Allure of Herbal Medicines
For as long as I can remember, plants have spoken to me, not in words, but in the quiet language of chemistry, fragrance, and healing. My fascination with herbal medicines began in the shaded corners of high school laboratories, where we dissected leaves and examined their green pigments under the microscope. Later, as a college student immersed in Botany and Chemistry, I found myself drawn to the mysteries of natural products. the subtle alchemy through which plants create compounds that sustain life, heal wounds, and sometimes, even save lives.
That early curiosity never left me. It matured and deepened as I pursued a Bachelor of Science in Chemistry, focusing on Natural Products Chemistry, where the challenge was not only to identify nature’s molecular treasures but also to understand their intricate interactions with the human body. Somewhere along that path, the line between science and wonder began to blur.
Even in my professional life, during my long tenure with the U.S. Food and Drug Administration (FDA) and my involvement with the United States Pharmacopeia (USP), that fascination endured. I was privileged to serve for a decade on the USP Council of Experts, within the Division of Natural Products and Antibiotics. It was a place where tradition met modern science, where we balanced centuries-old herbal knowledge with the rigor of pharmacological validation. We examined herbal formulations that had been used for generations, applying the lens of analytical chemistry, safety assessment, and efficacy studies.
The challenge, of course, has always been to bridge folk wisdom and scientific evidence. Herbal medicines carry with them the wisdom of cultures, stories of healing passed from grandmother to grandchild, healer to apprentice. Yet science demands reproducibility, purity, and proof. My work often sat at the intersection of those two worlds, one rooted in trust and tradition, the other in controlled experiments and peer-reviewed data.
I often think back to my semi-autobiographical novel, Roots of Time, where the protagonist ( Dr. Derek Mendoza, Ph.D) discovers an extract that slows aging and earns a Nobel Prize in Chemistry. Though fictional, it echoes a dream shared by many scientists, to find within nature the keys to longevity and well-being. Perhaps that dream, more than anything else, reflects humanity’s enduring faith in the green pharmacy that surrounds us.
Today, as herbal supplements line the shelves of pharmacies and health stores, I remain cautiously optimistic. Many plant-based compounds, turmeric, ginseng, and echinacea, among others, continue to inspire research and promise therapeutic potential. Yet I also know, from decades of regulatory experience, that not all that is “natural” is safe or effective. The art of herbal medicine lies not only in discovery but in discernment.
What gives me hope is the emerging field of integrative medicine, where herbs and pharmaceuticals coexist, guided by evidence and respect for both tradition and science. It represents, in a way, the fulfillment of what I’ve always believed, that nature and science are not adversaries but partners in the pursuit of healing.
Looking back, I see that my journey with herbal medicines was never just about chemistry or regulation, it was about connection. To the earth. To tradition. To the timeless quest for balance between body and nature. And perhaps, in that quest, lies the truest form of medicine of all.
https://www.facebook.com/reel/3164605697065244
- Echinacea: One of the most popular herbs globally, often used to help the body fight off colds and the flu.
- Garlic: A well-researched and widely used herbal product that may help fight germs and inflammation.
- Chamomile: Used for thousands of years to help with anxiety and insomnia due to its calming effects.
- Valerian: A classic folk medicine used for its sedative properties to help with sleep.
- Lavender: Often recommended for anxiety and stress.
- Turmeric: Used to treat inflammatory conditions like arthritis, with its active compound, curcumin, being well-recognized.
- Feverfew: Has been traditionally used for fevers, migraines, and arthritis.
- Ginger: Most known for easing nausea and motion sickness.
- Ginseng: Widely used in many countries to boost immunity and for its general medicinal properties.
- Ginkgo biloba: Used in traditional medicine, though modern studies have not proven its effectiveness for many of the ailments it's claimed to treat.
- Ashwagandha: Used in Ayurvedic medicine to help with stress, anxiety, and energy.
Last, but not least to Greg and Ruby Atienza for the following 2 Filipino dishes, they give me yesterday. I was not expecting it, so the surprise and indeed my heart-felt gratitude for their kindness and thoughtfulness,
Pork Belly Adobo with Boiled Eggs
Ginat-an na Kalabasa with sitaw and shrimps. Sautéed squash in coconut milk with beans and shrimp. Along with the 2 dishes, they gave me steam white rice. Yummy, indeed!














