Sentence examples for thanks to developments in from inspiring English sources

Given a new lease of life thanks to developments in size, power and mobility, the projector is heading out of the cinema (and the front rooms of hardware geeks) and into every area of our lives.

This ecologically minded science-fiction parable about earthlings and humanoids on the planet Pandora took cinema fantasy to new levels of realistic detail, thanks to developments in 3-D photography, 2,500 special-effects shots, and an apocalyptic production cost of more than $230 million.

In the 15 years since Monsanto commercialised the crops, conventional plant breeding has massively advanced and, thanks to developments in genetic sequencing and "marker assisted breeding", scientists can now combine genetics with conventional breeding, and avoid all the regulatory and political baggage of genetic engineering.

Suppose that Harpo, thanks to developments in neurosurgery, has an operation which finally enables him to hear.

aclock is a whole other tech generation — one which replaces a fiddly on-board interface with an easy-to-use app, something that's been made workable thanks to developments in Bluetooth Low Energy technology over the intervening years.

There is a lot of talk these days about how much the photographic medium has changed thanks to developments in digital, mobile, and social technologies.

Many reasons are offered: fewer places to hunt thanks to development; reduced game numbers in some areas as resurgent cougars, bears and wolves grab their share; and busy schedules.

Though locally owned hotels and seafood restaurants line the beach, there's not a skyscraper in sight, thanks to development codes limiting buildings to no higher than four stories.

Only very recently, measurements of acoustic echoes in samples compressed in diamond anvil cells became possible thanks to the developments in time-resolved pump-probe techniques (laser ultrasonics), both in the nanosecond time scale (Chigarev et al., 2008) and in the picosecond time scale (Decremps et al., 2008).

Ductal Carcinoma In Situ, or DCIS as it's known, is the fastest growing form of breast cancer today, thanks to new developments in mammography.

Finally, most of our knowledge pertaining to genome-wide variation in alternative splicing has been acquired thanks to recent developments in microarray technologies, using either exon or splice-junction microarrays.