Nigerian wins ITU Telecom World 2015 Young Innovators Competition

THE International Telecommunications Union (ITU) has announced a Nigerian, Ogbonnaya Bassey as the winner of the final Telecom World 2015 Young Innovators Competition challenge.

Bassey is joined by a Turkish innovator, Ugur Can Bastik, whose entry also won the ITU award.

The duo are expected to take part in ITU Telecom World 2015, the global ICT innovation platform for government, corporates and SMEs to be held from October 12 to 15 in Budapest, Hungary.

According to the ITU, the winning entries were selected from 124 applications from 34 countries on the basis of their demonstrated innovation, business potential and clear social value proposition.

ogbonnaya-bassey-solarkobo-503x400“Ogbonnaya Bassey’s entry, SolarKobo, provides solar power systems with zero-upfront financing in Nigeria as a cheaper, more reliable and cleaner electricity source than the private oil generators that are widely used to supplement the insufficient public electricity supply. It will allow small businesses and families to benefit from solar systems for relatively low monthly fees and will use single board devices for remote monitoring and customer payment systems.”

Ugur Can Bastik’s entry, TactiX, is a single board powered smartphone, which focuses on connectivity through cellular WiFi and mobile Internet connection. With a tactile display it can display shapes, smileys and 100+ braille characters. With a new kind of braille typing area, one can write rapidly in braille using the phone. There are multi-functional hotkeys on the side areas, which can be set up beforehand. It will include braille interfaces for social networks, such as Facebook and Twitter.

GuardianNews

Nigerian sets record, scores 5.0 GPA in Russia

The Federal Ministry of Education on Wednesday in Abuja honoured Dr Victor Olalusi who scored 5.0 Cumulative Grade Point Average (GPA) in Russian National Research Medical University, Moscow (RNRMU), arguably the first in the world.

Olalusi, who was the best graduating student in the whole Russian Federation in 2013, studied in RNRMU under the Russia-Nigeria Bilateral Education Agreement.

Speaking at the event, Dr MacJohn Nwaobiala, the Permanent Secretary in the ministry said a lot of Nigerian students were brilliant but Olalusi was a genius.

olalusi 2Olalusi

He said Olalusi had become an ambassador not only to the ministry but to Nigeria and Russia.

“We have to search the Guinness Book of Records for anybody who has achieved 5.0 in a university. It is curious and strange that all those that evaluated his performance could not find reason to reduce a point from him.

“You should be the ambassador of the Federal Scholarship Board, Ministry of Education, Nigeria and the Russian Federation.

“I look forward to the day you will stand before the President to receive your honour. We have recommendations to that effect, ’’ Nwaobiala said.

He then urged Olalusi to continue to be a role model to young Nigerians and also called on him to explore opportunities in post graduate research.

In her speech, Mrs Ifeoma Agunwa, the Director, Federal Scholarship Board, said Olalusi made 5.0 GPA in all the courses he took in the seven years he studied Medicine in Russia.

She said “Olalusi never had a 4.99 GPA. Even in the Russian language class, he did not fall below 5.0.”

In her citation on Olalusi, Agunwa said he ranked as one of the best students in the faculty which handed him a place in RNRMU’s Hall of fame for academic excellence.

She said that Olalusi had registered with the Medical and Dental Council of Nigeria and had the compulsory one-year housemanship training at State Specialist Hospital, Akure, Ondo State.

According to her, he is presently going through the compulsory National Youth Service scheme in Rivers.

Mr Artem Romanov, who represented the Russian Embassy, said that Olalusi’s feat was very significant for everybody in Russia.

Romanov said “Nigeria is blessed with abundant human potential which is officially acknowledged in Russia.

“It has been acknowledged in the Russian Ministry of Education that Nigerians have a lot of exceptional talents. Genetically, Nigerians grasp knowledge easily.

“Olalusi is a hardworking person. It is not easy to achieve such in Russia; it goes with talent and hard work.

“I urge you to engage your knowledge in the development of your father land.”

While showing his appreciation, Olalusi thanked God for his rare feat and also commended the Federal Government and the Scholarship Board for the opportunity given to young Nigerians to distinguish themselves.

Mr Olarewaju Olalusi, the father of Olalusi, said that his son’s achievement was as a result of hard work.

Olalusi said his son did not attend high class schools but normal public schools which spoke volumes of the standard of education in Nigeria.

He then urged parents to monitor their wards closely and make sure they were not distracted from their studies.

PMNews

ABU manufactures environment friendly car with local materials

Ahmadu Bello University, Zaria, has manufactured an environment friendly car it plans to compete with at the 2015 Shell Eco Marathon Competition. It was made from local materials.

ABUCAR II built by students of Nigeria's Ahmadu Bello University will compete in the Shell Eco-Marathon in May 2015.
ABUCAR II built by students of Nigeria’s Ahmadu Bello University will compete in the Shell Eco-Marathon in May 2015.

An environment friendly car has been manufactured with locally sourced materials at the Mechanical Engineering Department of the Ahmadu Bello University (ABU) Zaria.

Unveiling the car at the weekend, the Head of Department and Dean, Faculty of Engineering, Dr. Mohammed Dauda, told journalists that it was made from materials sourced from the local community.

“All materials used for this car were sourced locally,” Dr. Dauda said.

Dr. Dauda however noted that some components were recycled, rather than self-fabricated at the department.

All materials used for this car were sourced locally

“Though, there are things that we did not fabricate ourselves, you will be surprised that some of the components like the electrical, we just looked at an old computer system and then adopted some of the components that were useful to us,” he said.

ABUCAR II
ABUCAR II undergoing test drive
ABUCAR II undergoing test drive
ABUCAR II undergoing test drive

“So, this is one example of what we did, which is recycling, otherwise, I will say 100 per cent of the things we used were produced here in Zaria”.

He said the Department was motivated to manufacture the car following an invitation from the Shell Petroleum Development Company of Nigeria Limited to participate in a competition.

The Department now plans to compete in the 2015 Shell Eco Marathon Competition with the car.

“In addition to federal government’s automotive policy, I must say that the reason we started this (manufacturing of the car) came from Shell Petroleum Development Company of Nigeria Limited.

“They invited ABU to participate in what they call Shell Eco Marathon Competition.”

The Department now plans to compete in the 2015 Shell Eco Marathon Competition with the car.

ABUCAR II met the admiration of many
ABUCAR II met the admiration of many
Does ABUCAR II stand a chance of winning this year's Shell Eco-Marathon?
Does ABUCAR II stand a chance of winning this year’s Shell Eco-Marathon?

“The car should be one that consumes little fuel but goes long distances. This competition is held in America, Europe and Asia and we are participating in the European one in Netherlands in May this year.”

Cars designed and built by at the University of Benin (UNIBEN) and the University of Lagos (UNILAG) participated in the 2014 edition of the competition held in Holland.

Culled from: http://pulse.ng/student/ahmadu-bello-university-abu-manufactures-environment-friendly-car-with-local-materials-id3572875.html

Meet the 10-year-old Nigerian Maths Genius

March, 2015 | UK – At first glance Esther Okade seems like a normal 10-year-old. She loves dressing up as Elsa from “Frozen,” playing with Barbie dolls and going to the park or shopping.

But what makes the British-Nigerian youngster stand out is the fact that she’s also a university undergraduate.

Esther, from Walsall, an industrial town in the UK’s West Midlands region, is one of the country’s youngest college freshmen.

The talented 10-year-old enrolled at the Open University, a UK-based distance learning college, in January and is already top of the class, having recently scored 100% in a recent exam.

“It’s so interesting. It has the type of maths I love. It’s real maths — theories, complex numbers, all that type of stuff,” she giggles. “It was super easy. My mum taught me in a nice way.”

Esther Okade
Esther Okade

She adds: “I want to (finish the course) in two years. Then I’m going to do my PhD in financial maths when I’m 13. I want to have my own bank by the time I’m 15 because I like numbers and I like people and banking is a great way to help people.”

And in case people think her parents have pushed her into starting university early, Esther emphatically disagrees.

“I actually wanted to start when I was seven. But my mum was like, “you’re too young, calm down.” After three years of begging, mother Efe finally agreed to explore the idea.

A marvelous mathematical mind

Esther has always jumped ahead of her peers. She sat her first Math GSCE exam, a British high school qualification, at Ounsdale School in Wolverhampton at just six, where she received a C-grade. A year later, she outdid herself and got the A-grade she wanted. Then last year she scored a B-grade when she sat the Math A-level exam.

I want to (finish the course) in two years. Then I’m going to do my PhD in financial maths when I’m 13. I want to have my own bank by the time I’m 15 because I like numbers and I like people and banking is a great way to help people.

Esther’s mother noticed her daughter’s flair for figures shortly after she began homeschooling her at the age of three. Initially, Esther’s parents had enrolled her in a private school but after a few short weeks, the pair began noticing changes in the usually-vibrant youngster.

Efe says: “One day we were coming back home and she burst out in tears and she said ‘I don’t ever want to go back to that school — they don’t even let me talk!’

“In the UK, you don’t have to start school until you are five. Education is not compulsory until that age so I thought OK, we’ll be doing little things at home until then. Maybe by the time she’s five she will change her mind.”

Efe started by teaching basic number skills but Esther was miles ahead. By four, her natural aptitude for maths had seen the eager student move on to algebra and quadratic equations.

"My mum taught me in a nice way" - Esther Okade
“My mum taught me in a nice way” – Esther Okade

And Esther isn’t the only maths prodigy in the family. Her younger brother Isaiah, 6, will soon be sitting his first A-level exam in June.

A philanthropic family

Not content with breaking barriers to attend college at just 10 years old, Esther is also writing a series of math workbooks for children called “Yummy Yummy Algebra.”

“It starts at a beginner level — that’s volume one. But then there will be volume two, and volume three, and then volume four. But I’ve only written the first one.

“As long as you can add or subtract, you’ll be able to do it. I want to show other children they are special,” she says.

Meanwhile, Esther’s parents are also trying to trail blaze their own educational journey back in Nigeria.

Esther-Okade2

The couple have set up a foundation and are in the process of building a nursery and primary school in Nigeria’s Delta region (where the family are from). Named “Shakespeare’s Academy,” they hope to open the school’s doors in September.

The proposed curriculum will have all the usual subjects such as English, languages, math and science, as well as more unconventional additions including morality and ethics, public speaking, entrepreneurship and etiquette. The couple say they want to emulate the teaching methods that worked for their children rather than focus on one way of learning.

“Some children learn very well with kinesthetics where they learn with their hands — when they draw they remember things. Some children have extremely creative imaginations. Instead of trying to make children learn one way, you teach them based on their learning style,” explains Efe.

The educational facility will have a capacity of 2,000 to 2,500 students with up to 30% of students being local children offered scholarships to attend.

Efe says: “On one hand, billions of dollars worth of crude oil is pumped out from that region on a monthly basis and yet the poverty rate of the indigenous community is astronomical.”

While Paul adds: “(The region has) poor quality of nursery and primary education. So by the time the children get secondary education they haven’t got a clue. They haven’t developed their core skills.

“The school is designed to give children an aim so they can study for something, not just for the sake of acquiring certifications. There is an end goal.”

Culled from: http://www.cnn.com/2015/03/09/africa/esther-okade-maths-genius/

Nigerian tennage scientists develop cure for halitosis

August, 2014 | Lagos – HALITOSIS or bad breath, is an unpleasant odour of the mouth present on exhaled breath. According to medical experts, this very embarrassing condition which can be acute (occasional) or chronic (long-lasting), could be caused by several factors including food, poor dental hygiene, tobacco products, health problems, dry mouth, mouth infections, dentures or braces and medications.

Bad breath has caused otherwise well qualified people to lose employment opportunities, caused job losses, and friendships/marriages to crash. The saying that ‘only your best friend will tell you that your mouth smells,’ is probably true in some countries but not in Africa. The best they do is to avoid you completely. In their search for a solution, two students of Doregos Private Academy, Ipaja, Lagos, Eveshorhema Sophia Samuel-Alli and Ibukunoluwa Ruth Oladeinde, carried out research on African walnut (Coula edulis), a member of the tree nut family common in Nigeria. At the end, they discovered that apart from its cancer-fighting properties, rare antioxidants, benefits for the heart and circulatory system, weight control, improved reproductive health in men, brain health and diabetes, walnut could also cure bad breath. In this chat with Vanguard Learning, they spoke on the project titled Walnut: Sustainable Solution to Halitosis, the 2014 Intel International Science and Engineering Fair held in Los Angeles, USA and the special award they received.

INSPIRATION:

According to Eveshorhema, the idea for this project came while on a school trip to a rural area in Nigeria where the host community served them walnuts.
“When I woke up in the morning, I hadn’t brushed my teeth yet but my breath was already fresh. Then I remembered I had eaten walnuts the previous night.” To confirm her suspicion, she ate more nuts the following night and awoke with fresh breath again and that made them to carry out further research.

The experiment:
“The Halitosis project has to do with mouth odour and we used a common Nigerian snack, the walnut, to cure mouth odour because it is a very embarrassing problem. Your best friend won’t tell you that your mouth is smelling so we had to find a solution to it.

Consent forms
“We conducted this experiment using 35 volunteers who were students of our school. we sent out parents consent forms and when we received the parents’ consent, we continued the experiment. The volunteers were  divided into four groups. The duo then made two different walnut products.
Walnut chewing gum: “We made walnut chewing gum by adding resins and sucrose to chopped walnuts.
Walnut mouthwash: “Also, we made a walnut mouthwash mixing chopped walnut, water and 10 per cent lime as preservative.

One group was given whole walnuts to eat; thev second group was given walnut chewing gum; the third was given walnut mouthwash while the last group was given nothing so they were the control group.
“They took the walnut morning and night. We then observed them and recorded the results. They did not brush their teeth for the duration of the experiment. They were going only on walnut so we would be able to see the improvement,” said Eveshorhema Samuel-Alli.

“After this, we conducted an experiment using Lead tri-oxo nitrate (v) in which the volunteers were made to blow bubbles into a solution of lead nitrate and water before and after the experiment.“Before they took the walnut and walnut products, they were made to blow bubbles into the solution and then we recorded how long it took to turn the solution black. What turns the solution black is hydrogen sulphide and that is what causes mouth odour. So if it takes a short time, that means the mouth odour is actually very bad. Then after the experiment, they were also made to blow bubbles into the solution and this time, it was noticed that there was significant time lapse before the solution  turned black.

300x310xHALITOSIS1.gif.pagespeed.ic.OgNSa3oRQtWhen the control group who had bacteria in their mouths, blew bubbles into the solution, it turned black while it remained clear when the other groups blew bubbles into it. So we knew that the walnut was actually working to cure halitosis.”

Bacterial culture:From the results obtained, the duo suspected that some chemicals like alkaloids, oleic acid and tannins in the African walnut must be killing some of the odour-causing bacteria in the mouth. So they swabbed the mouths of each volunteer, grew the bacteria and counted the number. They found out that those who had the walnut treatment had fewer bacterial load.

“This project actually won us a Life Science Award of $1,000 in the Medicine and Health Science category, courtesy, Sigma Xi Scientific Research Society.”

“After this, we conducted an experiment using Lead tri-oxo nitrate (v) in which the volunteers were made to blow bubbles into a solution of lead nitrate and water before and after the experiment.

“Before they took the walnut and walnut products, they were made to blow bubbles into the solution and then we recorded how long it took to turn the solution black. What turns the solution black is hydrogen sulphide and that is what causes mouth odour. So if it takes a short time, that means the mouth odour is actually very bad. Then after the experiment, they were also made to blow bubbles into the solution and this time, it was noticed that there was significant time lapse before the solution  turned black.

When the control group who had bacteria in their mouths, blew bubbles into the solution, it turned black while it remained clear when the other groups blew bubbles into it. So we knew that the walnut was actually working to cure halitosis.”

Bacterial culture:From the results obtained, the duo suspected that some chemicals like alkaloids, oleic acid and tannins in the African walnut must be killing some of the odour-causing bacteria in the mouth. So they swabbed the mouths of each volunteer, grew the bacteria and counted the number. They found out that those who had the walnut treatment had fewer bacterial load.

“This project actually won us a Life Science Award of $1,000 in the Medicine and Health Science category, courtesy, Sigma Xi Scientific Research Society.”

Source: http://www.vanguardngr.com/2014/08/nigerian-tennage-scientists-develop-cure-halitosis/#sthash.7ld4k9wD.dpuf

Inspiring Youth: Professor Francisca Nneka Okeke

Meet Francisca Okeke, Professor of Physics at the University of Nigeria, Nsukka. She recently received the L’Oreal-UNESCO for Women in Science Award for her significant contributions to the understanding of daily variations of the ion currents in the upper atmosphere which may further our understanding of climate change. She was also the Dean in the faculty of Physical Sciences at her University, from 2008 to 2010.

Professor Okeke spoke with us about her background and inspiration, the cultural challenges she overcame in achieving success and how she uses her position to encourage and inspire young women scientists in Nigeria.

Professor Francisca Nneka Okeke in her lab

What challenges did you face, in particular, with regards to the stereotypes of women and the culture in your country, Nigeria, when you decided to get involved in science?

In the past, the core sciences such as physics were regarded as male domains where women were expected not to be seen but to be heard. People used to think that when you get into these core science subjects, like physics, the characteristics that are most worthily accepted for women in our society, including passivity, emotionality, intuition and receptivity would no longer be possessed by that woman. Therefore they fought against women trying to embark on studying these core subjects.

But, my own case was a little different; my father was an old graduate of mathematics who was my mentor, so I did not face that in my family because he was supportive of everything about science. Not only did he encourage me, he was my mentor. He planted and watered the seed of my academic excellence which we are celebrating today. He laboured and inspired my love for science in general, and mathematics in particular. That love for mathematics later metamorphosed into a special love for physics.

 

Professor Francisca Nneka Okeke

What other challenges did you face as you progressed in your career and have you noticed any changes since you started out in this career with regards to attitude towards women in Physics?

In our University, the University of Nigeria, I know the stages and the war that went on before I became the first female head of physics. After that, I became the first female Dean in the Faculty of Physical Sciences. It wasn’t very easy but they saw some good qualities and I was voted into the Deanship.

What this means it that as women, we have to be focused and determined and courageous, because, one with courage is a majority, not quarrelsome. We will eventually get there with determination and commitment.

There have been many changes during and after my leadership as Head of Physics as well as Dean of Faculty of Physical Sciences.  When I started, there used to be only two ladies in the Physics department. But while I was the head, I was instrumental to the employment of three other female staff. While I was the Dean, my priority was employing women who are qualified in the faculty, in Mathematics, Physics, Geology, Chemistry, Statistics and Computer Science. Now we are many women in the faculty of Physical Sciences.

I always encourage women who are leaders to try to encourage fellow women rather than being too stern and frightening.

© L’Oreal Foundation Professor Francisca Nneka OKEKE – L’Oréal-UNESCO for Women in Science Awards lauréate for Africa and the Arab States

What remains as the biggest challenge faced by women and young girls in science in Nigeria and what can be done to encourage young girls to consider further study in Science?

It’s encouragement. Where and when it is possible, we need to let the guardians and parents know the importance of women participating in science.

I will talk specifically about the village because, though there are some enlightened people there, the situation is worse. Sometimes you have girls who are very brilliant but are forced into early marriage. We can let parents be aware of advantages of their daughters becoming scientists and that they can gain more from the girls when they are scientists than when they get married as early as 16, 17 or 18. Like it happened a few years a go, we can call social gatherings with a talk by someone on ‘women in science’. We can give them examples, maybe by playing movies of successful women in science. This can work wonders.

We need to get guidance counsellors for these young women because some of them should have opted for these courses but since they don’t have the background and counselling, they say “this is a male subject so I can’t do it”.

Another angle to this is to lead as a model, by example. I have so many postgraduate female students and many of them have gotten PhDs through my guidance, counselling and encouragement. But if I don’t let them come near me, they will be scared. And once they are scared of you, they are scared of the subject. We need to tell them that this subject is not as difficult as they think. If it’s possible, get women to teach women. ‘Seeing is believing’. They will eventually see that it is practical and that this is a subject that can be dabbled into and not fearing it because ‘people say…’
Finally, as women scientist, we have to establish good relationships with younger women scientists and even among ourselves, so we can all get along with each other. Leading women scientists must develop a leadership style that will be highly prized. This L’Oreal-UNESCO Award given to me is a big challenge; it has strengthened me to continue to encourage girls and women to participate in the development of science and technology by offering these core sciences courses in schools and universities. This invariably furthers the development of a Nation.

The L’Oreal-UNESCO Awards for Women in Science are yielding tremendous fruits and more women are being encouraged to read science as a course, we are proud of this.

Source: http://www.unesco.org/new/en/natural-sciences/special-themes/science-education/inspiring-youth/inspiring-youth-francisca-nneka-okeke/

Nigerian scientists discover potential HIV ‘cure’

March, 2015 | Nigeria – A group of Nigerian scientists have found what could be a novel treatment for Human immune-deficiency virus (HIV) infections infection that may slash the current  cost of treatment.

The team of scientists, including graduate students and researchers from the Michael Okpara University of Agriculture, Umudike, Abia state, University of Nigeria, Nsukka, and the Federal Medical Centre, Umuahia, Nigeria have been able to show that synthetic Aluminum-magnesium silicate (AMS) has antiretroviral effects that could lay a perfect track for affordable and effective therapy for HIV.

hiv-testing

Results of their work titled ‘Assessment of Antiretroviral Effects of a Synthetic Aluminum-magnesium Silicate’ published in the British Journal of Medicine & Medical Research (BJMMR 4(8): 1672-1679, 2014) and featured on SCIENCEDOMAIN international (www.sciencedomain.org), shows a significant reduction in the titres of the virus when HIV positive plasma was incubated with AMS.

The lead scientist, Professor Maduike Ezeibe, who is Head, Department of Veterinary Medicine at Michael Okpara University of Agriculture, Umudike said this could provide an ultimate cure for the virus that has defiled so many scientific efforts to curtail it in the past.

Ezeibe reacted aluminium silicate with magnesium silicate to obtain the synthetic aluminum-magnesium silicate devoid of impurities.

Giving further details on AMS in a response to Daily Independent, he said, “Molecules of aluminum–magnesium silicate have platelets that possess both negative and positive electrical charges on their surfaces and their edges. HIV on the other hand is negatively charged. So the simple scientific understanding that opposite charges attracts ensures that the HIV virus binds to the AMS and is discharged from the body alongside.”

An existing medicine

“AMS is normally used as a stabilizing medicine that does not really have toxic effect on the patient, so it makes it a suitable agent for mopping up HIV virus from the body,” he said.

Writing in the journal, Ezeibe stated that “possession of both negative and positive electrical charges makes AMS a broad spectrum antiviral medicine.”

“AMS, if used in combination of selected antibiotics and immune stimulant may achieve a ‘cure’ for HIV,” the lead researcher of the work said.

On this note he wrote that, “When a significant number of particles of invading viruses adsorb onto its (AMS) molecules instead of onto their hosts cells, viral infections are terminated,” Ezeibe noted.

“Platelets of AMS molecules are also, only 0.96 nm thick. So, it is made of Nanoparticles, which makes it possible for them to pass physiological barriers. Therefore, AMS may get to and adsorb to HIV particles in any organ of infected persons.”

The author noted also that “Adsorbing out HIV means that millions of new virions usually released from each infected cell would be inhibited from establishing new infections in more cells,” adding, “Thus, HIV would be prevented from overwhelming the body immune systems and the Acquired Immunedeficiency Syndrome (AIDS) stage may be prevented. When the AIDS stage is prevented, the immune systems have advantage over HIV infections and clear viral particles that escape the AMS molecules,” in which case Ezeibe said a cure could be achieved.

Not one of those claims

This may be another HIV cure claim, but Ezeibe said this is quite unlike in previous cases.

“We have tested the medicine on Bird flu virus, Measles virus, Peste des petit virus of sheep and goats, canine parvovirus of dogs, Newcastle disease virus, infectious bursal disease virus, fowl pox virus and eggs drop syndrome virus of chicken, a process that was missing in previous claims,” he disclosed.

He said the animals were experimentally infected and treated with AMS in a students’ project that were examined at the department and faculty of veterinary medicine of Michael Okpara University of Agriculture before the university’s senate considered and approved them.

“The problem those who made claims of cure for HIV earlier had is that there were no routine in vitro (laboratory) tests for HIV titre. So they could not measure effects of their medicines. This is a problem all over the world,” he said.

In a description of the methodology used, the author wrote; “Plasma that tested positive to HIV and the AMS were mixed, on equal volume to weight basis, incubated one hour at room temperature and centrifuged for ten minutes at 3,000 revolutions per minute. These procedures were repeated on each supernatant. HIV titres of the two sets of supernatants and the titres in portions of the plasma, not incubated with the AMS were assessed by direct passive hemagglutination test.”

A reason to believe

Results of this, as published in the journal shows that initial incubating with it caused an increase in their viral titres, but a repeat incubation with the AMS reduced HIV titres in all the samples. The 99.60 per cent reduction of HIV titre in the specimen that had its HIV titre increased more than 4096, following the repeat incubation, is significant.

“It has been reported that when antimicrobial drugs achieve 95 per cent reduction of infection rate or above, the patient would be cured of the infection. So, the reduction of the virus titre by as much as 99.60 per cent suggests that the AMS may lead to effective treatment of HIV infections,” the researchers wrote.

Ezeibe is the scientist who disclosed that aluminium-magnesium silicate could be used to cure chickens of Bird flu when it broke out in Nigeria in 2008.

On why it took this long to ascertain the same effect with HIV, he said, “Testing the AMS on HIV delayed till now because electrical charges on HIV (not HIV antibodies) were not known until 2012. We could not until 2013, when we developed Direct Passive Hemagglutination test for HIV, which was published by the journal, Health 5(9) at http://www.scrirp.org.”

Ezeibe said he has sent a request for further verification to the Nigerian Academy of Science, having been investigated by the Presidential Standing Committee on Inventions and Innovations set up by the Federal Government of Nigeria.

He, however, disclosed that he has been making frantic, but futile efforts to take this finding to the next stage that could ensure human clinical trials.

“It was concluded that the AMS has antiretroviral effects and could be an inexpensive antiretroviral therapy for regular treatment to reduce high rate of HIV infection among low income groups,” the team wrote.

Ezeibe said the reports of the antiviral effects of the medicine have been published by journals in Nigeria, Cameroun, America, India and United Kingdom.

Source: http://dailyindependentnig.com/2014/01/nigerian-scientists-discover-potential-hiv-cure/

Nigerian scientist receives prestigious British Ornithology award

Oct, 2014 | London – At a ceremony in London, Dr Shiiwua Manu was awarded the Marsh Award for International Ornithology for his exceptional work in advancing the knowledge of birds in Nigeria.

Photograph by Nick Caro

Dr Shiiwua Manu receiving his award from The Duke of Edinburgh

Dr Manu is head of the A P Leventis Ornithological Research Institute (APLORI), the Biological Conservatory of the University of Jos, Nigeria. Under Dr Manu’s guidance up to eight West African students per year enrol in a MSc programme in Conservation Biology, with the aim of building much needed biodiversity conservation capacity in this part of Africa. The programme has been running for 12 years and has been hugely successful, with many alumni now working in renowned international conservation agencies operating in Africa.

APLORI also hosts many researchers from Nigeria, other African countries, and around the world. These researchers work on a broad range of topics, from the ecology of the birds of the Jos Plateau, to broader questions about bird migration and wintering ecology of long-distance intra- and intercontinental migrants. The institute also supports research on other biota, including plants.

Additionally, APLORI  undertakes community development work in the institute’s vicinity, to help educate local people about the region’s biodiversity requirements, as well as to promote sustainable living alongside the birds and other wildlife supported by their immediate and wider surroundings. Many of the local people are employed in APLORI, and this contributes significantly to the local economy and fosters invaluable goodwill towards the conservation efforts of APLORI.

Dr Manu oversees all of these initiatives, skilfully navigating the bureaucracy that can impede such endeavours in Nigeria. He thus ensures that APLORI remains a powerful force for conservation in West Africa.

The award was presented by The Duke of Edinburgh at a ceremony hosted by the British Trust for Ornithology (BTO) and the Society of Wildlife Artists (SWLA) at the Mall Gallery in London.

Dr Shiiwua Manu said,  “I am most grateful to the British Trust for Ornithology (BTO), UK , for this humbling recognition. The A P Leventis Ornithological Research Institute (APLORI) University of Jos Nigeria provided me the enabling environment for achieving this recognition. All my colleagues in APLORI as well as the Laminga Community (our host), from where we operate, contributed immensely to this recognition. I am also grateful to my family for supporting me always. I thank you all for bringing this propitious and wonderfully exhilarating occasion to be.”

Andy Clements, BTO Director said, “The Marsh Awards for Ornithology enable BTO to recognise the excellent work of ornithologists at a variety of scales, all of whom are partners with BTO in ensuring science contributes to conservation.  Dr Manu Shiiwua is an exceptional winner of the International Award, and his institute in Nigeria is a key partner in BTO’s work to understand the ecology of our migrant birds in Africa.”

Yemi Adesokan, Nigerian scientist, wins MIT’s World Top Young Innovators Award

2011 | MIT, USA – While several young Nigerians are busy complaining their country has not done anything for them, 35- year- old US- based Nigerian born researcher, Yemi Adesokan, has put his country’s name on the map of nations of innovation.

Adesokan’s discovery which has potential to change the way mankind responds to disease pathogens, according to experts, may bring an end the era of increased burden of drug resistance in the world particularly, in sub Saharan Africa.

When he moved to United States in 1996, little did the young innovator have realise that he was going to rub shoulders with some of the greatest names in scientific technology.

But today, Adesokan who has been listed by Technology Review, an independent media company owned by the Massachusetts Institute of Technology, (MIT) USA. as one of the TR35 Award of the 2011 World top innovators. Past recipients have included Sergey Brin (Google), Mark Zuckerberg (Facebook), and Konstantin Novoselev (later a Nobel Laureate in Physics).

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Adesokan is being so specially honoured for his work in the application of next generation sequencing to clinical diagnostics. Adesokan, who is also the founder of Pathogenica Inc., was selected as a member of the TR35 class of 2011 by a panel of expert judges and the editorial staff of Technology Review, who evaluated more than 300 nominations.

By this recognition, he will be joining other TR35 honorees in discussing their achievements at the Emtech MIT 2011 conference, taking place at the MIT Media Lab in Cambridge, October 18 to 19, 2011.

In this chat with Chioma Obinna, he speaks on the award and the benefits of his innovation in the diagnostics world.

Adesokan has been listed by Technology Review, an independent media company owned by the Massachusetts Institute of Technology, (MIT) USA. as one of the TR35 Award of the 2011 World top innovators. Past recipients have included Sergey Brin (Google), Mark Zuckerberg (Facebook), and Konstantin Novoselev (later a Nobel Laureate in Physics).

Excerpts:

What it is all about

This work is being carried out by a biotechnology startup that I founded with Prof George Church of Harvard Medical School DNA technology. The Pathogenica’s test kits are able to identify the presence, allowing for physicians to screen for multiple diseases with accurate results and a rapid turnaround.

I founded pathogenica with genomics pioneer and Harvard Prof George Church in 2009 in order to commercilaise applications of pathogen sequencing.

Sequencing technologies have improved a million – fold in the past seven years, bringing scientists a wealth of individual genomics and the key now is to employ the data to improve clinical practice. The DNA sequence of each individual or organism is unique, and is the most detailed signature for identification.

This year marks one decade since the completion of the Human Genome Project, a three billion-dollar effort to sequence a human genome.

A major issue in Nigeria today, is that some sterilised water may contain harmful pathogens. The technology is useful in screening a range of pathogens in water, livestock (poultry, etc.), and in food manufacturing. The key point for this technology is its high multiple. As it scales up, we actually see a reduction in price.

With the innovation, the cost of DNA sequencing has dropped more than 40,000_fold since that time to just $5,000 today. The price continues to drop. We are applying this fast, inexpensive technology in a unique way to improve routine clinical diagnostics.

Impact on clinical practice

The utility of the innovation in clinical practice lies in the low error rate, thereby reducing the number of inaccurate diagnoses due to false positives or the emergence of drug resistance mutations undetected by current methods. This reduces the occurrence of patient mortality (death) due to misdiagnosed infections.

In addition, the technology does not require cultures as samples. Tuberculosis (TB) samples can take over one week to culture. We can demonstrate diagnostic results in a single day. This would reduce the spread of Tuberculosis In the case of HPV, which causes cervical cancer and other types of cancers, this technology can be used for detection with a very low occurrence of error. The error rate is very low.

Plans to bring it to Nigeria

We are very interested in finding partners in the Nigerian private and public sectors, particularly as TB is not an issue in the US market. We plan to visit Nigeria around November to give some presentations on the utility of our technology, particularly in the case of drug-resistant infections.

TR35 Award

The TR35 award is presented each year to 35 innovators under the age of 35 whose “accomplishments are poised to have a dramatic impact on the world. The TR35 recognises the world’s top innovators, spanning energy, medicine, computing, communications, nanotechnology, and other emerging fields.

It is given by MIT’s Technology Review Magazine. Needless to say, Technology Review has an excellent track record in predicting innovative technologies. Pathogenica, Inc., was selected for this award based on my work on the development of fast DNA sequencing technologies for clinical diagnostics.

Nigerian government and Research

I think more can be done, especially in encouraging young innovators. The establishment of technology incubators to nurture and fund young companies would be a good starting point. There is need for the government to send science and technology representatives to scout out new innovations worldwide, and encourage private sector venture capitalists to invest in local technology innovation.

Originally published in 2011

Nigerian-born Wash U scientist wins annual St. Louis Award for his cancer-seeing glasses

January, 2015 | Washington – As head of the Washington University optical radiology laboratory — where researchers study how to use light to improve diagnosis and treatment of disease — Samuel Achilefu heard from surgeons frustrated by the difficulty of removing every remnant of a patient’s cancerous tumor.

Before surgery, imaging tests involving big, high-tech machines can create detailed pictures of a person’s cancer, Achilefu said, “but when a patient is in the operating room, it’s like walking in the dark.”

Achilefu wondered, what if he could take imaging technology and make it wearable like night-vision goggles used in the military so surgeons could see the cancer while they are operating?

The technology would be extremely difficult — some even thought impossible — to miniaturize and make functional and wearable for hours. But after dedicating five years to the project, Achilefu created cancer-visualizing glasses that were successfully used in surgeries for first time last year.

Jost said what makes Achilefu a great scientist is not only his diverse expertise in chemistry, cell biology, biomedical engineering and even genetics, but an intense curiosity that makes him delight in any challenge.

On Wednesday, the Nigerian-born scientist won the prestigious St. Louis Award for 2014 for his work in creating the technology, which could affect the outcomes of cancer patients across the world.

At the awards ceremony, Achilefu, 52, told the crowd his work was driven by the question: What if? “ ‘What if’ is really telling us that we should not be focusing on the problem,” he said, “but the potential solution for it.”

Foster pride

Achilefu is the 87th person to receive the annual award since it was established in1931 — the worst of the depression years — by prominent philanthropist David P. Wohl. The shoe company owner anonymously founded the award to recognize a St. Louis area resident who “performed such a service as to bring greatest honor to the community.” Wohl hoped to foster optimism and pride in the city he loved.

Award committee president David Kemper, chairman and of Commerce Bancshares Inc., praised Achilefu for “putting St. Louis in the spotlight for advancements in optical imaging technology that have pushed the boundaries of cancer treatment.”

Even under high magnification, it’s nearly impossible for surgeons to tell where a cancer tumor ends and healthy tissue begins. To make sure they remove all the cancerous cells, surgeons remove the tumor and neighboring tissue. The samples are sent to a lab and viewed under a microscope. If the surrounding tissue contains cancer cells, a second surgery is performed to remove even more tissue. Among breast cancer patients, about 20 to 25 percent who have cancerous lumps removed require a second surgery.

The glasses were used for the first time during a breast cancer operation on Feb. 10 at Barnes-Jewish Hospital and have since been used on more than two dozen people with breast cancer, melanoma or liver cancer.

A commonly used contrast agent is injected into the patient’s tumor. When viewed with near-infared light, the cancerous cells glow blue. Tumors as small as 1 millimeter in diameter (as thick as about 10 sheets of paper) can be detected.

Breast surgeon Dr. Julie Margenthaler is encouraged. “Imagine what it would mean if these glasses eliminated the need for follow-up surgery and the associated pain, inconvenience and anxiety,” she said.

Achilefu started his research into the eyewear using funds from the university and the Department of Defense’s Breast Cancer Research Program. He assembled a team that included engineers and video game specialists to further refine the glasses. After successfully using the technology in rodents, his team received in 2012 a $2.8 million federal grant, paving the way for use in patients. The results will soon be used to seek FDA approval of the device so other surgeons across the country — who have already been calling — can start using it.

High-tech glasses developed by a Washington University group led by Samuel Achilefu, PhD, professor of radiology and biomedical engineering, helps doctors see cancer cells. Photo courtesy of Washington University School of Medicine
High-tech glasses developed by a Washington University group led by Samuel Achilefu, PhD, professor of radiology and biomedical engineering, helps doctors see cancer cells. Photo courtesy of Washington University School of Medicine

Try very hard

In 2001, Gill Jost, former chair of the radiology department, was searching across the country for an optical chemist to lead the laboratory at Washington U. It turned out, the best candidate was in St. Louis. Achilefu had since 1992 been working here for Mallinckrodt Inc., rising in the ranks as a star chemist.

As one of the top five students in Nigeria, Achilefu won a scholarship from the French government to study at the University of Nancy. He excelled and went on to earn his post-doctoral degree at Oxford University.

“I’m fortunate to be at an institution where this is encouraged,” he said, “and to be a part of a community that encourages people to try very, very hard.”

He came to St. Louis at the urging of his mentor, who was hired by Mallinckrodt to start a new research department. Despite being recruited by research institutions across the world, he chose to stay in St. Louis when he made the switch to academia. Married with two young children, Achilefu said he had come to love the city and see it as his home.

Jost said what makes Achilefu a great scientist is not only his diverse expertise in chemistry, cell biology, biomedical engineering and even genetics, but an intense curiosity that makes him delight in any challenge.

Achilefu also fosters that same determination in those who work in his lab. “It’s such a joy to watch how he nurtures people,” Jost said. His team is always pushing the boundaries of what is possible.

Achilefu is also seeking FDA approval for a promising new contrast agent he helped develop. The agent selectively enters cancer cells anywhere in the body and stays there for up to a week, causing all different types of cancer cells to glow the same. The agent could help deliver toxic drugs directly to cancer cells, avoiding healthy cells altogether.

While the St. Louis Award recognizes a significant contribution by the winner, Achilefu said it was more about acknowledging values that can shape the city’s future.

“I’m fortunate to be at an institution where this is encouraged,” he said, “and to be a part of a community that encourages people to try very, very hard.”

Source: http://www.stltoday.com/news/local/metro/nigerian-born-wash-u-scientist-wins-annual-st-louis-award/article_db835312-9a05-588a-a7b5-7fdf28653805.html