 
 <prompt> text: ```Answer di questions wey dey di end based on di tori.

Simply by analyzing one drop of blood, one doctor fit diagnose one birth defect or even cancer wen e dey for di early stage; using new technology, one material wey dey lighter but dey much stronger pass steel fit dey produced.

Dis fit sound like dreams for now. But di dreams fit soon come true as research findings for laboratories dey turn into products more quickly for di new century, according to experts wey dey participate for di fourth Asia-Pacific Economic Cooperation (APEC) Technomart, one technology exhibition and trade fair for Suzhou.

"Most people think nano-technology dey too far-fetched to be real. But for fact nano-technology don dey applied for wide range of fields, like medicine. E dey come into our daily life," talk Cheng Jiachong from one Hong Kong-based nano-technology firm.

Nano-technology wey dey based on di nanometer, di unit wey be one billionth of one meter, dey enable scientists to get new concepts of disease diagnosis and treatment on one molecular and atomic scale, Cheng talk.

By using nanometer particles, one doctor fit separate di fetus cells from di blood of one pregnant woman to see if di development of di fetus dey normal. Dis method dey also dey used for di early diagnosis of cancer and heart disease, e talk.

One of di most significant impacts of nano-technology dey for di bio-inorganic materials interface, according to Greg Tegart, executive advisor of di APEC Center for Technology Foresight.

"By combining enzymes and silicon chips we fit produce biosensors. Dem fit implant am for humans or animals to monitor health and to deliver corrective doses of drugs," e tell di participants for one technology forum during di exhibition.

"Nano-technology fit affect di production of nearly every man-made object, from automobiles, tires and computer circuits , to advanced medicines and tissue replacement, and fit lead to di invention of objects wey never dey imagined," talk David Minns, one special advisor to di National Research Council of Canada.

E don show say carbon nano-tubes dey ten times as strong as steel, with one sixth of di weight, and nano-scale systems get di potential to make supersonic transport cost- effective and to increase computer efficiency by millions of times, e talk.

Di experts agree say di APEC technology exhibition and trade fair don provide many chances for exchanges of innovative ideas and products.

1. Wetin be APEC?
2. Wetin be dat?
3. Wey place e dey hold?
4. Wetin be di country?
5. Wey place Jiachong dey work?
6. Wey place?
7. Wetin be nanometer?
8. Wetin doctors fit do with nanometer particles?
9. Why e dey important?
10. Wetin dis method dey used for?
11. Who be Tegart?
12. For who?
13. How biosensors dey create?
14. Wetin fit dey do with dem?
15. For wetin purpose?
16. Any other thing?
17. Nano-technology get other uses?
18. Who be Minns?
19. To who?
20. Steel strong pass carbon nano-tubes?``` <response>: ```1. Asia-Pacific Economic Cooperation
2. technology exhibition and trade fair
3. Suzhou
4. China
5. nano-technology firm
6. Hong Kong
7. unit wey be one billionth of a meter
8. separate the pikin cells from the blood of woman wey dey carry belle
9. to see if the pikin development dey normal
10. early diagnosis of cancer and heart disease
11. executive advisor
12. APEC Center
13. By combining enzymes and silicon chips
14. implanted for humans or animals
15. to monitor health
16. deliver corrective doses of drugs
17. yes
18. special advisor
19. National Research Council of Canada
20. no``` 