Science

By Abdullahi Mukhtar Algasgaini

A total lunar eclipse will grace the skies on the evening of March 13 and early morning of March 14, providing an incredible opportunity for stargazers to witness the phenomenon of the “Blood Moon.”

A lunar eclipse occurs when the Sun, Earth, and Moon align, causing the Moon to pass through Earth’s shadow.

During a total lunar eclipse, the entire Moon falls into the darkest part of Earth’s shadow, known as the umbra. It is this alignment that gives the Moon its characteristic red-orange hue.

In Huntsville, the eclipse will begin in its partial phases at 10:57 p.m. on March 13, with totality occurring between 1:26 a.m. and 2:31 a.m. on March 14.

The maximum eclipse will be visible at 1:58 a.m.

The entire event will conclude at 5:00 a.m.While March often brings spring showers and clouds, there’s still a good chance the eclipse will be visible.

The brief period of totality lasts nearly an hour, and even with scattered clouds, the red-orange hue of the Moon may still be visible.

For optimal viewing, be sure to step away from city lights, and binoculars can enhance the experience.

NASA explains that sunlight passing through Earth’s atmosphere illuminates the Moon during an eclipse, with shorter wavelengths like blue scattering away.

This leaves the longer wavelengths – red and orange – to give the Moon its signature color.

If there’s more dust or cloud cover in Earth’s atmosphere, the redder the Moon will appear.

By Saifullahi Attahir

If there was ever anything that gave me goosebumps and immense pleasure, it was being surrounded by intellectuals and mature minds absorbing facts and figures about governance, economics, public health, policymaking, national security, and international relations. In such situations I easily lose myself, forgetting almost all other things.

Even at medical school, my best lectures were those with frequent digressions, whereby the lecturer would discuss the pathogenesis of diseases for 30 minutes and later sidetrack into discussing politics, governance, or other life issues. I always enjoyed classes led by Prof. Sagir Gumel, Dr. Murtala Abubakar, Dr. Rasheed Wemimo, Dr. Aliyu Mai Goro, and co. During such lectures, I often observed some of my colleagues disappointment for such deviation. I rather casually show indifference, for I was eternally grateful for such discussions due to the stimulatory effect they had on my mind.

After such classes, I sometimes followed up with the lecturer, not to ask about a medical concept I did not grasp, but to ask for further explanation on policy making, project execution, budgetary expenditures, why African countries are left behind, and similar pressing issues.

In situations where I can’t catch up with the lecturer, I jotted down the questions for further deliberation.

One of the manifest feature I know about my greediness was at reading books. I can open five different books in a day. I lack such discipline to finish up one before another. I can start reading ‘Mein Kampf’ by Adolf Hitler, and halfway through 300 pages, I would pick up ‘My Life’ by Sir Ahmadu Bello, and would have to concurrently read both until the end.

I often scolded myself for such an attitude, but I can’t help myself. The only way to practice such discipline was to at least read two different books in a day. Such was a triumph in my practice of self-discipline. This was apart from my conventional medical textbooks.

To some of my friends, I was called an accidental medical doctor, but actually it was a perfect fate guided by the merciful Lord that I’m studying medicine. For it was only medicine that makes reading books easier for you. Although time is precious in this profession, but one finds it easier to do anything you are passionate about. The daily interaction we have with people at their most vulnerable state was another psychostimulant. Seeing humans suffering from disease conditions is heartachy. Some of the causes are mere ignorance, poverty, superstitions, and limited resources.

The contribution one can give couldn’t be limited to just prescribing drugs or surgical procedures that end up affecting one person. It’s much better to involve one self in to position that may bring possible change to the whole society even in form of orientation.

What also motivated me more was how I wasn’t the first to traverse this similar path. Bibliophiles were common among medical students and medical professionals.

At international level, the former Prime Minister of Malaysia, Dr. Mahathir Muhammad, was a physician. Most of the current economic development of Malaysia was attributed to him. The South American revolutionary figure Che Guevara was a physician. Atul Gawande was an endocrinologist, health policy analyst, adviser to former President Obama, campaign volunteer to former President Bill Clinton, and adviser to USAID/WHO on health policies.

Frantz Fanon was another physician, psychiatrist, racial discrimination activist, and political writer. Dr. Zakir Naik was a renowned Islamic scholar, comparative religion expert, and physician.

At the national level, Prof. Usman Yusuf is a haematologist, former NHIS DG, and currently a political activist. Dr. Aminu Abdullahi Taura was a psychiatrist and former SSG to the Jigawa state government. Dr. Nuraddeen Muhammad was a psychiatrist and former cabinet minister to President Goodluck Jonathan.

During ward rounds and clinics, my mind often wanders to enquire not just about the diagnosis but the actual cause of the disease condition; why would a 17-year-old multiparous young lady develop peripartum cardiomyopathy (PPCM)? Why would a 5-year-old child develop severe anaemia from a mosquito bite? Why would a 25-year-old friend of mine develop chronic kidney disease, and his family would have to sell all their belongings for his treatment? Why are our Accident and Emergency units filled with road traffic accident cases? Was it bad road conditions or lack of adherence to traffic laws and orders?

Why are African countries still battling with 19th century diseases like Tuberculosis, filariasis, and malarial infections? Why issues of fighting cervical cancer and vaccination campaigns are treated with contempt in our societies? Why access to basic primary healthcare in Nigeria was still a luxury 50 years after Alma Ata declaration? The questions are never-ending.

Answers to these questions could be found not in the conventional medical textbooks like Robbins/Cotrand, Davidson, or Sabiston. Answers to these questions are there on our faces. Answers to these questions are tied to the very fabric of our social life, our public institutions, our culture, and our life perspectives.

In order to make any significant contribution towards the betterment of this kind of society, it would be quite easier as an insider rather than an outsider. You can’t bring any positive outcome by just talking or commenting. It was rightly stated that a cat in gloves catches no mice.

The real players in a game are always better than the spectators. A player deserves accolades despite his shortcomings, frequent falls, and inability to deliver as planned theoretically. For the player has seen it all, because so many things in public life are not as they appear. It’s only when you are there that the reality becomes visible. This is the reason why many leaders who have goodwill and enjoy public support appear to have lost track or contributed insignificantly when elected or appointed into office.

But despite all these challenges, one can’t decline to do something good just because something bad might happen. The risk is worth it.

Saifullahi Attahir wrote from Federal University Dutse. He can be reached via; saifullahiattahir93@gmail.com

By Abba Ado

I believe the Ministry for Science, Technology and Innovation is not a graveyard ministry where no development or policies will bring positive and sustainable achievement to our state or country. I learned that many people think science and technology are not among the portfolios that can contribute immensely to economic development and growth. 

The Ministry is designed to promote education, scientific research, and development at the state and national levels and evaluate their impact on society. Science, Technology, and Innovation (STI) play a significant role in addressing issues such as agriculture, sustainability, food security, climate change, healthcare, and education. 

Recently,  Kano State Governor Engineer Abba Kabir Yusuf announced his cabinet reshuffle, changing the commissioner for Higher Education to the Ministry for Science and Technology. Some people were mildly upset, while others mocked the commissioner and even underestimated the ministry for political reasons. 

Nigeria has a massive gap in STI policy, and we need to address it to achieve sustainable economic growth. We alsoneed to start relying on technological innovations to solve our existing problems. 

We need an effective policy to help our scientists, technologists, and entrepreneurs develop and commercialise their products. With this, we can start exporting our products, and at the same time, our currency will add value.

I hope the newly assigned commissioner for the Ministry for STI will work hard and implement the “Triple Helix” concept, a collaborative model between industries, academia, and government to promote technological innovations and economic growth. As a commissioner, his duties are to facilitate knowledge from the universities to the industries and eventually to progress it to the society for commercialisation. 

Since 1949, China has focused on Science and Technology, and its economic development has been remarkable. The country has implemented effective policies to exploit local innovation and facilitate its commercialisation. 

Domestic companies like Moonlight Communication should not be taken for granted. We urgently need to optimise their efforts, and the government needs to engage heavily and provide strong networking, which can transform our sustainable development. 

Afri Venture Capital is another opportunity to leverage as a commissioner for STI to establish networking and investment; interestingly, this company has launched its funding opportunities in Kano State.  

I advise the newly appointed commissioner to ignore any discouragement from the naysayers who think his assignment to the Ministry for STI has downgraded him. He should focus on providing a suitable platform for huge investment in research and development in our domestic institutions in Kano State and translating this research into a usable product. 

It might not be easy, but it is possible with hard work and perseverance. As an economist who can think critically, I believe he can easily integrate STI with economic development to help Kano State. This new role will undoubtedly contribute to solving the state problems of energy, climate change, agriculture, and healthcare.

Abba Ado wrote via abbaadomusa0@gmail.com.

By Maimuna Katuka Aliyu

When planning to conceive, couples should often focus on what they eat. Although choosing foods based on mood or preference is common, certain dietary considerations become essential when aiming to have a baby.

Doctors frequently recommend specific foods and advise against others to ensure both the mother’s and baby’s health, reducing the risk of complications or miscarriage.

Fertility refers to the ability of couples to conceive. For those trying to have a child, adjusting the diet is crucial in preparing the body for pregnancy. Research suggests that diets rich in whole grains, vegetables, fruits, and fish can significantly improve fertility, particularly in women.

Moreover, these foods can contribute to a healthy start in pregnancy, which is why doctors generally recommend maintaining a nutritious diet during this period.

Conceiving a baby can take time. While 30% of couples get pregnant in the first month of trying, some may still be trying after a year. Although no diet can resolve underlying medical issues affecting fertility, certain foods can support the reproductive system better than others.

These foods are rich in antioxidants and nutrients that enhance ovulation or improve sperm quality and quantity. Since infertility issues can equally involve male partners, it’s advisable for both partners to adopt a fertility-friendly diet.

Protein-Rich Foods: Lean meats like chicken, turkey, pork, and beef (trimmed of excess fat) are excellent sources of protein, zinc, and iron—vital nutrients for a healthy pregnancy. Additionally, cold-water fish such as salmon, canned light tuna, and sardines are rich in DHA and omega-3 fatty acids, which support the development of the baby’s nervous system and reduce the risk of premature birth.

Fish can be included in a fertility diet a few times a week without worrying about mercury levels. However, it is best to avoid fish known for higher mercury content, such as shark, swordfish, tilefish, and king mackerel.

Fertility-Boosting Foods: While no specific food guarantees pregnancy, ensuring a healthy diet can support fertility. Below are some foods that are beneficial:

– Fruits and Vegetables: Packed with essential vitamins and antioxidants, these are a staple for a fertility-friendly diet.

– Healthy Fats: Incorporating fats from sources like avocados, nuts, and olive oil can improve fertility.

– Complex Carbs: Whole grains such as brown rice, quinoa, and whole wheat bread help maintain steady blood sugar levels, which is crucial for reproductive health.

– Eggs: A potent source of protein and choline, eggs are essential for brain development in babies and should be included in a fertility diet.

– Plant Proteins: Beans, nuts, seeds, and tofu are excellent sources of protein and healthy fats. Studies have shown that plant-based proteins can reduce the risk of ovulatory disorders, especially when they make up 5% of your total calorie intake.

– Dairy: Full-fat dairy products like whole milk and yogurt are linked to higher fertility rates, while low-fat dairy options have been associated with an increased risk of ovulatory infertility.

– Walnuts: These nuts are high in omega-3 fatty acids and magnesium, which support brain development and reduce the risk of neurologic problems in the baby.

Lifestyle Factors for Fertility 

– Physical Activity: Regular exercise is beneficial for both male and female fertility, especially for those dealing with obesity. Consult with a healthcare professional to determine the most suitable types of exercise.

– Stress Management: Trying to conceive can be stressful, and stress can affect menstrual cycles and fertility. It may be helpful to talk with a mental health professional if stress or anxiety about conceiving is overwhelming.

Foods to Avoid: A healthy fertility diet isn’t just about what you eat; it’s also about what you avoid. Here are some foods that might negatively impact fertility:

– Added Sugar: Found in sugary beverages, baked goods, and ultra-processed carbs, added sugars can disrupt hormonal balance.

– Red and Processed Meats: These meats, especially those high in saturated fats, can adversely affect fertility.

– Caffeine: Excessive caffeine intake has been linked to fertility issues.

– Alcohol: Drinking alcohol can reduce fertility and should be limited or avoided when trying to conceive.

Incorporating fertility-boosting foods into your diet is a delicious and effective way to support reproductive health and increase your chances of conception. By focusing on nutrient-dense foods like leafy greens, berries, fatty fish, and whole grains, couples can create a strong foundation for a healthy pregnancy.

Additionally, staying hydrated, limiting processed foods, and managing stress can contribute to a fertility-friendly lifestyle. While no single food or diet can guarantee pregnancy, making informed dietary choices is a powerful tool in your reproductive journey. Nourish your body, nourish your fertility, and take the first step towards a healthier, happier you!

By Nura Jibo

In March 2020, Thwaites, the world’s biggest and riskiest glacier (moving ice) in Antarctica—bigger than Borno, Jigawa, Bauchi, and Gombe combined—broke away due to climate change warming the water beneath it.

The impact of the meltdown of this moving ice, which raised the sea level by 0.05% in March 2020, caused a catastrophic flood disaster globally that brutally affected towns and villages such as Magarya, Hadejia, Ringim, Dabi, Auyo, Kafin Hausa, Miga, etc.

The Thwaites (moving ice) is already on the verge of total collapse because its outflow speed has doubled in the past 30 years. Every year, it loses 50 billion tons of its body mass into the oceans and eventually inside the rivers and dams (NERC, 2021).

Within ten years (2009 to 2019), the Thwaites’ melting accelerated, making it change direction at a speed greater than 10 kilometres per annum. Its tongue, or rather ice tip, had already lost its integrity via melting, which made it weaker due to the effect of climate change.

In 5-10 years, the rapid melting of the Thwaites would swamp vast areas of troughs and low-lying coastal and drylands around the world, including Borno, Jigawa, Gombe, Yobe, Adamawa, Bauchi, and Benue, within a few decades (Jibo et al., 2020; Fred, 2024).

On December 13, 2021, and February 15, 2023, a group of American Geophysical Union and British scientists met at a global conference to discuss this catastrophic climate change disaster in Antarctica that affected the world’s oceans, rivers, and seas very terribly. They concluded that the Thwaites would most likely collapse within the next five years. Their reason is that this glacier “sheds billions of tons of ice into the ocean, contributing about 4% to the annual sea level rise.”.

Indeed, the total collapse of the Thwaites in the next five to ten years is a recipe for a global, unprecedented disaster that could wipe away several cities, towns, and villages, including the Vanuatu Islands and Pacific and African dryland states such as Borno, Jigawa, Yobe, Bauchi, Gombe, Adamawa, and Benue, to mention a few.

If the Thwaites collapse and melt completely, the sea level will rise by two feet. This would wipe out several regions and damage several countries worldwide.

Certain islands across the globe, such as the Marshall Islands, Kiribati, and the Maldives, would be completely wiped off of the map (Henry, 2023). 

Nonetheless, this isn’t the only thing that would happen if Thwaites collapsed. Changes in ice-shelf flooding would increase an unprecedented flow rate of 120 kilometres of underwater mountains.

As of today, climatologists and meteorologists have envisaged that the melting of this glacier would also likely destabilise the structure of the entire earth’s crust, not only its surrounding glaciers and ice shelves but also causing the global sea level to rise by an additional ten feet. 

Indeed, scientists at the AGU, Yale School of the Environment, and NERC that are conducting a study on Thwaites said that the glacier “is hanging on by its fingernails” and humanity needs to prepare themselves for the coming years (Henry et al., 2023). 

Therefore, as humanity commiserates with the entire people of Maiduguri over the early warning signs of the Thwaites along Nigeria’s drylands, it is very likely that it has already passed a point of no return unless there is drastic intervention. As Fred (2024) asserted elsewhere, “It is too late to prevent its collapse, but others say we could have 200 years. But it certainly could be beyond its tipping point, and we have to be prepared.”

The Thwaites climate change paradox:

It is a scientific fact that a polluted cloud doesn’t rain itself. It tends to grow bigger, and in the end, it bounces sunlight out to space. The effects of fossil fuels and terrible human activities in industries have caused global air pollution and depleted the ozone layer very badly. This singular man-made negative contribution to the planet has caused mankind to make a huge mistake in driving home environmental pax Africana and global environmental regeneration (Jibo, 2024).

Indeed, Borno, Jigawa, Yobe, Gombe, Bauchi, Adamawa, and Benue will struggle to cope with the torrential rainfall runoff that will engulf the entire River Gongola through the River Benue via Opalo and Imburu, passing through Kiri, Mada, and up to Jigawa along the Bare and Sabara tributaries.

A map obtained from the Google Earth platform has shown some “promise” over this interesting water body mass run-off.

The other three paradoxical impressions given by the Thwaites are as follows:

The shattering of the ice.

Ocean melting.

Losing grip on seamount.

According to Pettit et al. (2021), there are already signs of fractures propagating along weak zones of the Thwaites. This is aggravated by the melting down of the seabed due to warming, and the entire ice could be gone by 2030 or even before that time.

Nura Jibo MRICS has been a United Nations Framework Convention on Climate Change (UNFCCC) Designated Contact Point (UN-DCP) on Climate Change for 14 years.

By Uzair Adam Imam

The Nigerian Meteorological Agency (NiMet) has predicted thunderstorms and rains from Sunday to Tuesday across the country.

According to NiMet’s weather outlook, thunderstorms are expected on Sunday with rains over parts of Adamawa, Taraba, Borno, Kebbi, Kaduna, Gombe, and Yobe States during the morning hours.

Later in the day, thunderstorms are expected over the entire northern region, with rains over the North Central region in the morning hours and moderate thunderstorms with rains over parts of the Federal Capital Territory, Plateau, Benue, and Kogi states.

The agency also predicted morning thunderstorms on Monday with rains over parts of Kebbi, Sokoto, Bauchi, Kaduna, Borno, Taraba, and Katsina States.

Moderate thunderstorms are expected later in the day over parts of Jigawa, Kebbi, Kaduna, Sokoto, Borno, Zamfara, Yobe, Adamawa, and Katsina States.

Rains are also expected over parts of the Federal Capital Territory and Plateau states during the morning hours.

On Tuesday, morning thunderstorms are predicted with rains over parts of Yobe, Adamawa, Borno, and Taraba States.

Thunderstorms are expected over the entire northern region later in the day, with rains over parts of the Federal Capital Territory, Niger, and Kwara states with cloudy skies over the remaining states during the morning hours.

NiMet advised the public to take adequate precaution as strong winds might precede the rains in areas where thunderstorms are likely to occur.

The agency also advised residents to avoid flood-prone areas as high likelihood of urban flooding in major cities could occur due to downpours.

By Ismail Ismail Tijjani

Large Language model (LLM) is a subset of Generative AI that focuses on generating human-like text based on the input it receives. Evidence shows how good it is in generating creative text formats, like poems, code, scripts, musical pieces, emails, letters, etc. Chatgpt plays a significant role in bringing LLMs to wider public attention, though it wasn’t the first one. I will use Chatgpt throughout this article because of its popularity, though there are other popular ones like Gemini, Bard.AI, LaMDA and much more.

Let me provide a very simple description of how ChatGPT works. Just imagine you enter a library and ask the librarian a question. The librarian will first try to understand your question and then scan the shelves, looking for books they think might contain your specific answer. Using their records and expertise, they connect related stories from different books and give you the best possible answer. This is what ChatGPT does in a few seconds.

ChatGPT underwent training using an extensive and diverse internet dataset, which covered a wide spectrum of content ranging from different subjects, styles, and perspectives. Its core skill lies in tranformer architecture, a neural network which is primarily designed for language processing to encode an input text, analyze its structure and meaning, and decode it to produce an output by predicting the most likely next word in a sequence.

Certainly, the introduction of new technologies often sparks heated debates. Critics often strive to oppose and even reverse these advancements. However, their efforts typically falter in the end. Some critics may genuinely misunderstand the technology, while others, perhaps a majority, are driven by the pursuit of publicity rather than accurate assessment.

ChatGPT wasn’t an exception. When it was launched in October 2022, some people argued that it would make students lazy, lead to job loss for editors, result in high plagiarism, breach copyrights, steal people’s data, exhibit sentiment, intentional bias, spread disinformation, create deep fakes, and much more. We will discuss some of these concerns below. Some of the allegations are true and have already been addressed, while others are false.

ChatGPT lacks the ability to discern whether information is biased, disinformation or false. It operates based on its programmed structure and produces results accordingly. OpenAI, the creator of ChatGPT, has taken measures to enhance the model. Although the technical details haven’t been disclosed, it likely involves implementing guardrails and filtering mechanisms to address accusations of misinformation, bias, falsehood and more.

For students and researchers, ChatGPT will serve just like an advanced internet search engine that will generate output after going into multiple webpages, saving time and stress hopping between sites. It will in no way make students lazy, However, some concerns related to students’ use will be discussed in a later article.

Its ability to remember previous prompts, though impressive, doesn’t imply sentience. It’s merely a clever technique within its architecture. This raises separate questions about the path to achieving true artificial general intelligence (AGI), discussed in my previous article. It is only a technique in tranformer that makes it capture it.

The impact of ChatGPT on jobs is a complex and nuanced issue with both potential downsides and upsides. While some job losses are inevitable, they will likely be offset by the creation of new ones. Adapting to this changing landscape through education, reskilling and responsible policymaking is key to ensuring a future where AI benefits everyone.

Despite the evident improvements seen since ChatGPT’s initial release, OpenAI must continue to dedicate significant resources to refining its model. This is crucial not only to mitigate legal risks but also to enhance its accuracy and reliability for responsible public use. While striving for absolute perfection is unrealistic, reaching a consistently high level of trustworthiness should be a priority. Additionally, users must be mindful of the model’s limitations and exercise critical judgment, fact-checking, and verification before relying on its output.

AI is here for good. Innovation often sparks a variety of perspectives, and AI is not an exception. Some people believe that AI has the potential to solve some of the world’s most pressing problems, such as poverty, hunger, climate change, corruption and disease. Others are concerned about the potential for misuse, such as the development of autonomous weapons systems or the use of AI to manipulate people.

AI is not like any other innovation we have seen before in the history of humankind. It is among the most powerful of all, and it is likely to be among the last innovation that we ever need.

AI is already making significant positive impacts in various industries, such as healthcare, finance, retail, manufacturing and many others. Of course, like any industry, there may be individuals with malicious intent in the AI sector who are willing to exploit it for negative purposes. For example, I recently came across a women-uncovering app with high precision that raised concerns. However, the actions of these individuals should not lead to the shutdown of the entire industry.

We don’t shut down the arms and weapons industry because of terrorists, the financial industry because of fraud, the biotechnology industry because of bioweapons or social media because of misinformation and hate speech. Instead, we regulate them by establishing governing bodies to oversee their operations and foster collaboration between top companies, stakeholders, researchers and the government to develop effective solutions. This approach will also be applied to AI.

Our primary focus should be on humanity. It is crucial for everyone to actively participate and collaborate in order to develop effective solutions that will propel us and the industry forward as a unified whole.

Path to Artificial General Intelligence (AGI) 1: the year 2023 stood out as an exceptional period in the AI industry, marking a significant moment when the masses truly connect with the essence of AI.

AI has been around for years, primarily utilized in backend functions like relevance ranking, personalization, spam detection, and more. ChatGPT was the remarkable innovation that astonished the world, revealing the true potential of AI. While it may not have surprised researchers who had already witnessed AI capabilities in the lab, its impact on a broader audience is undeniable to the extent that many non technical individuals use the words AI and ChatGPT interchangeably, thinking its same thing.

Other notable innovations in 2023 include Hugging Face, Google Bard, Capcutand many others, all these are great innovations we have seen in 2023.

Are these innovations clearing a path to Artificial General Intelligence (AGI), which informally means machines reaching human-level intelligence? This question remains unclear to researchers, as there are two camps with differing opinions on the matter. Some believe AGI is imminent, while others hold a more skeptical view.

Yann LeCun the chief AI scientist in Meta is among those with skeptical perspective, he believes that Language models like ChatGPT that people are using as an evidence that AGI is imminent are not as smart as a cat which is the truth and believes it will happen in decades or even a century — a point of view that I share.

For machines to achieve true intelligence, they must possess both cognitive and metacognitive abilities. While significant advancements have been made in cognitive AI, bridging the gap to metacognitive intelligence remains the key barrier. Researchers are diligently seeking solutions to overcome this challenge. For machines to be metacognitive intelligent, which necessitates the ability to sense the environment and effectively process and interpret sensory signals. Our discussion was focused on the process of it being intelligent alone, not as intelligent as a human being, which is the AGI. This clearly shows that we are nowhere near AGI.

The timeline of AGI is not only a matter of time but rather depends on the speedy research and innovation advancement. Improvement in advanced neural networks, symbolic reasoning, embodied cognition, unsupervised, and reinforcement learning will make a great impact in clearing the path to AGI.

The path to AGI is not a solitary trek for AI researchers. It demands a symphony of minds, where scientists, physiologists, engineers and other researchers from diverse fields join hands in a grand collaborative effort. Only through their combined expertise and tireless dedication can we hope to unlock the secrets of true machine intelligence.

By Ismaila Academician

People often frown at the content generated using AI. And I believe there is another set of people who copy and paste content generated by AI without any consideration or editing. Perhaps, the former group relies on the latter to pass their judgment. But I think both groups misuse and misunderstand the idea, they misuse AI and pass their opinions subjectively. Both fail to understand that AI is here not to do the actual work but to help us do it better.

Literally, intelligence refers to the capacity to understand principles, facts or meanings and apply it to practice. On the other hand, artificial implies something not natural to the human world, and not normal to certain principles or conditions. Put the two together you will have a complete clear picture of what AI is.

As a domain, Artificial Intelligence or AI, is a branch of computer science that aims to create machines capable of “thinking” and “acting” intelligently, much like humans. This could encompass various forms of intelligence, such as linguistic, biological and mathematical intelligence.

AI is a byproduct of human intelligence. It’s a human construct with limited and subjective experiences. It’s like a mirror reflecting our cognitive abilities. AI’s intelligence, designed to mimic our thought processes and actions, is a derivative of human intelligence. AI is currently available in various forms. The one we are most familiar with is ChatGPT. There are also thousands of machines in numerous industries doing remarkable jobs.

One of the key differences between AI and humans is predictability. AI is predictable as it operates based on pre-defined patterns subject to human manipulation. In contrast, we humans are unpredictable. We’re capable of creativity and spontaneity. We assume personality traits and express emotions. Human power is inimitable!

For instance, AI can recognise images of a cat but can never “feel or understand” what a cat is in reality because it doesn’t possess a mind of its own. AI can tell you the weather condition of your location, whether it’s cold, hot, sunny, hazy or raining without feeling any. It does not have feelings but can express them.

However, another striking difference between AI and humans is ‘Consciousness’. AI can neither assume nor replicate human consciousness. AI strictly operates based on algorithms designed by humans. The greater the data input the bigger the data output, and vice versa.
There’s a common misconception or fear that AI will replace us and render us jobless. But that’s far from the truth. AI was primarily created to complement our abilities. It’s a tool designed to help us do our jobs more efficiently and effectively, to enhance our skills, and to unearth and explore our hidden talents. AI is NOT here to do the work for us, but rather to teach us how to do the work faster, better and smarter.

Artificial Intelligence is not mere a trend. It’s a constant human companion like dogs and cats that will remain useful and loyal to humans as long as humanity stands. As we steadily navigate through the Digital Age, understanding AI is no longer a choice but a necessity. It’s crucial to know, learn and utilise the power of AI for productivity.

Sometimes, change can be difficult to cope with. But resisting change means missing out the opportunities that come along with it. Instead of viewing AI as a threat, we should embrace it as a tool for improvement, a lifelong companion that’s here to make our lives better.

Embrace AI, embrace the future!

Ismaila Academician can be reached via; 07034413534 or his email: ismailaacademician@gmail.com

By Aliyu Nuhu

I saw a post by a friend advising people not to check their symptoms on internet and should go to hospitals for all their complaints. He was partially correct, but wrong in underestimating the power and importance of internet-based knowledge.

Medicine recognizes home treatment for non emergency medical conditions. But there is a caveat that you should consult a doctor if symptoms persist or get worse.

Always remember that doctors themselves know a lot about their speciality, but they also know little in a vast ocean of knowledge in other fields of medicine. You can know better than them if you choose to read.

My son was given about fifteen medications to take after heart surgery. But because I have knowledge of the disease and drug options,I was able to engage the doctor and at the end the drugs were reduced to four. Take note that I did not reduce the medication on my own. I only used my knowledge of pharmacy to engage the doctor and get him to reduce them himself. Some of the drugs were to be taken for few weeks and to be discontinued. Some were doing the same job and one of them has to go. Some were to alleviate symptoms, and if the child didn’t have the symptoms what was the need for them? Some were for pains from surgery and if the wound was healed there was no need for them. I once educated a doctor for asking a child to take calcium for bone strength, but he obviously didn’t know that the body would need vitamin D to successfully process calcium. Medicine is so vast that doctors must also read the internet to keep abreast.

There are treat-at-home symptoms you can learn from internet. I successfully treated myself for common illnesses through internet and over the counter medications. Why should I for instance go to hospital to treat nail fungus? You are your own best doctor. Arm yourself with knowledge before approaching your doctor.

There are symptoms that you know you need professional help. You know the red flags for potentially life threatening symptoms. When you can’t breathe you don’t need anyone to tell you to rush to get medical help at the hospital. When you have severe headache and other symptoms you never had before you should know that you need an immediate medical emergency.

I know when to see a doctor. The important thing for you is to also know when to see your own doctor. Even when meeting with my doctor, my vast knowledge of medicine prepares me for drug options and procedural choices. Internet makes you even choose the right doctor. If you have blood in your urine check for the possible causes. The regular GP may not detect if your condition is postate cancer. Oncologist knows what other tests to do and confirm if you have the condition. If you have shortness of breath, painful arm, etc, the cardiologist is the person that will know that you need angiogram to know if there is blockage in the circulatory system.

We have good doctors no doubt but always know that we have imposters, some that did not even read medicine in the university. Our hospitals are populated with half-baked professionals that only knowledge could save you from their deadly mistakes.

A whole teaching hospital treated a relative of mine for cerebral malaria when she actually had tuberculosis of the spine. My son was diagnosed with truncus ateriosis when in actual fact he had tetralogy of fallot. Without internet I would have been lost. However, a careful check gave me better understanding of the symptoms and led me to the right laboratory that identified the right disease. Internet led me to the right doctors abroad.

It will be suicidal just to rely on doctors without having elementary knowledge of your symptoms and treatment options. Drugs have side effects and also, interaction issues with other drugs or foods. If you don’t read you won’t know. Your doctor is human and has many patients and will not have time to educate you. Educate yourself. Knowledge is not only power, but in medicine it can be a life-saver.

Aliyu Nuhu writes from Abuja, Nigeria.

Dr. Ismail Muhammad Bello

Beyond hospital settings, harmful practices persist, particularly in developing countries where obtaining drugs over the counter is prevalent, and drug vendors may lack comprehensive knowledge of medications and diseases. From Penicillin to Ceftriaxone, these precious drugs, which require protection, can be obtained without prescriptions, posing a significant threat.

The ease of access to drugs has paved the way for self-treatment or “chemist” consultations, fostering malpractices. Again, a frequent occurrence is the prescription of antibiotics for the common cold. Research indicates that the common cold is predominantly caused by viruses, which are not responsive to antibiotics. It is a self-limiting condition that can be managed with measures such as steam inhalation, antihistamines like loratadine, and decongestants.

Similar to the common cold, most cases of sudden onset of watery stool, not stained with blood or mucus, with or without vomiting, are often of viral origin. This is typically a self-limiting condition that usually does not require antibiotics. In the management of diarrhoea, especially in children, the primary focus is on fluid therapy using Oral Rehydration Solution (ORS). Drug treatment is seldom beneficial, and antidiarrheal (antimotility) drugs can be harmful. Unfortunately, many individuals quickly resort to taking Flagyl, Loperamide, or Lomotil at the onset of diarrhoea.

However, bloody or mucoid stool, high fever, severe abdominal pain and prolonged diarrhoea are pointers to more serious conditions that may warrant antimicrobial use and should be quickly evaluated by a qualified doctor. In such instances, the use of antimotility agents is highly discouraged as it could lead to catastrophic outcomes like bowel perforation.

Another problem that continues to fuel this issue is the widespread and perplexing “Malaria-Typhoid diagnosis.” The lack of clinical skills needed to appropriately discern acute febrile illnesses coupled with excessive reliance on the outdated Widal test is driving an alarming prevalence of this peculiar diagnosis. 

Most cases exhibit a sudden onset of high-grade intermittent fever with chills and rigours, particularly worsening in the evening. This is usually associated with generalized body weakness and pain, with no symptoms attributable to the gastrointestinal system (abdomen). In a region and time where malaria is quite prevalent, this most likely suggests a simple case of Uncomplicated Malaria that should be managed as such. Strangely in our setting such cases are quickly subjected to not only Malaria but also Widal (Typhoid) tests at the request of a healthcare worker or even on self-referral.

Numerous studies have consistently demonstrated that the Widal test lacks high specificity, particularly in endemic zones such as ours, where repeated exposure to the bacteria is prevalent. Cross-reactivity with various diseases, including Malaria—a frequent cause of fever in Nigeria—and challenges in interpretation further restrict its reliability as a diagnostic indicator. 

It is therefore evident that the indiscriminate demand for the Widal test is causing the over-diagnosis of Typhoid fever, leading to the inappropriate use of antibiotics. 

This practice has also led to the wrong notion of “chronic symptomatic typhoid” among gullible persons. Typhoid fever is not in the league of HIV & Hepatitis B. Infection in typhoid does not endure indefinitely but could recur, especially when the underlying risk factors like unsafe water and poor hygiene persist. 

Chronic carriers do exist but are typically asymptomatic, holding more significance for public health due to their ongoing shedding of bacteria in their stool, a phenomenon reminiscent of the famous story of Typhoid Mary. Hence, statements like “Typhoid dina ne ya tashi” (I have a flare of a longstanding typhoid infection) and “Typhoid dina ne ya zama chronic” (I have a chronic typhoid infection) are grossly inaccurate.

While not antibiotics, antimalarials, unfortunately, face their fair share of misuse. A prevalent mispractice involves the irrational use of injectable antimalarial drugs such as IM Arthemeter and even the almighty Artesunate. Nowadays, individuals often opt for injections, citing reasons like “I prefer not to swallow pills” or the perception of faster and more effective results. The most concerning scenario occurs when the condition is misdiagnosed as Malaria, especially in many “chemist” settings. This not only entails misuse but also results in economic waste, unnecessary stress, and the potential risks associated with injections.

Regrettably, injectable antimalarials are meant for treating severe forms of malaria, which someone walking into a chemist likely does not have. This is akin to deploying elite special forces for a minor crime. These forces should be mobilized only for significantly heightened threats or when the situation surpasses the capacity of initial responders.

Recommendations: The government plays a crucial role in this battle. Policies and regulations must be established to ensure the optimal utilization of these drugs. To address our persistent issue, these policies should not remain mere documents in offices but must be strictly enforced, with penalties imposed on those who violate them. These regulations should encompass various aspects, including the use of antibiotics in veterinary practice and food production, as well as proper oversight of the opening and operation of patent medicine stores.

Prevention is certainly better than cure. Tackling infectious diseases at the primary level is more impactful and cost-effective. The COVID-19 pandemic has underscored the significance of Water, Sanitation and Hygiene (WASH) in disease transmission & control. Hand hygiene, a practice widely adopted in 2020, stands out as the most crucial measure to prevent the spread of infections. Therefore it is crucial to provide communities with access to potable water and sufficient sanitary infrastructure to forestall the spread of these diseases in our society.

In managing most infections, a standardized treatment guideline outlines the specific drugs, their timing, and proper usage. You might be intrigued to discover that many practitioners may not even be aware of a specific Nigeria Standard Treatment Guideline document or other guidelines for various medical conditions.

In the absence of a local protocol, variations in management may arise among colleagues due to diverse backgrounds and training. Nowadays, particularly in secondary healthcare, many learn primarily through apprenticeship without referring to standards or understanding the rationale behind certain “innovative” practices. Unfortunately, what one is accustomed to may be incorrect and potentially harmful, or at best suitable only within the constraints commonly found at lower levels of healthcare.

Therefore, despite the challenges in our setting, doctors must prioritize continuous medical education to stay updated on global trends and standards while navigating the complexities of our setting. These innovations should not only be embraced as centre-specific practices or based on individual preferences like “this is how we do it in our centre” or “this is how Prof XYZ does it,” but they should also serve as opportunities for research and scientific validation.

Also, hospitals should formulate treatment protocols tailored to their unique circumstances, disseminate them widely, offer them as job aids at points of care, and ensure strict adherence by practitioners.

Furthermore, healthcare practitioners should dedicate time to counsel patients about the significance and potential risks associated with adhering to the prescribed dosage and duration of treatment. In well-established hospitals, it is imperative to institutionalize antimicrobial stewardship to ensure effective utilisation and surveillance of resistance patterns. 

Ultimately, this is a battle declared by the microbial world on humanity, and everyone has a crucial role to play. Individuals should actively seek sound medical advice regarding diseases and treatments, avoiding the inclination to resort to self-help or patronize quacks. So when you take antibiotics for a simple common cold, know that you may be endangering humanity. When you fail to complete your antibiotics for the duration prescribed, you are surely endangering humanity. When you continue to treat typhoid when it is not the culprit, you are harming the patient and the world at large. Even you the medical practitioner, if you prescribe inappropriately, you are hurting the system.

Lastly, I encourage everyone to be advocates for responsible antibiotic use. Let’s utilize these valuable and endangered assets judiciously to avert a future where no drugs can cure pneumonia, syphilis, or meningitis – a potential regression to the 19th century. Remember, this is natural selection in action – it is not a lost battle but a fight for survival, one that we must undoubtedly triumph in. Dr. Ismail Muhammad Bello is a proud graduate of ABU Zaria. He is a Malnutrition Inpatient Care trainer and currently serves as a Medical Officer at both Khalifa Sheikh Isyaka Rabiu Paediatric Hospital in Kano and Yobe State Specialists Hospital in Damaturu. He can be reached at ismobello@gmail.com