AGRIBUSINESS: VIRTUAL PARK.

AGRIBUSINESS: VIRTUAL PARK.

AGRIBUSINESS : VIRTUAL TOURISM.

Virtual reality is the new way of delivering quality service,that is interactive,safe and very rewarding. Virtual reality has been utilized in medicine,entertainment and military training and the results have been phenomenal.

 Virtual reality is moving to tourism and leisure spots, how will you love to go to the Jurassic park? Welcome to my VR PARK. This concept is an upgrade to the recreation park,where you can walk through the beautifully crafted enclosures,housing various animals.

The park is a platform for learning,where all visitors can learn about various animals and even learn how to breed some animals and make money.This park can double as a movie set and photo shoot site,not leaving out fun rides,games and gym arena.

 In the virtual reality park,you can actually go back in time,how about a ride in the Titanic? yes! with the iceberg et al? this is the new face of entertainment. 

The roller coaster ride is a must at every park ,but sadly not everyone can stomach the effect.The virtual reality event offers you same thrill and fun without stomach woes, you can actually act alongside in jaws with all the fun and screams. 

 This experience can be leveraged in education, how about teaching an history class in VR? Wow!!all the students will turn out with super grades. 

This can be harnessed in training schools,how about having a session with an expert in- house that is miles away? or tech exchange? that is across the boarders learning. 

 Thinking of investing and having fun at the same time? then think tourism and recreation park. Now,whether real or virtual ,its all up to you. 

Welcome back,drop your eye wear on your way out Call back.

The Polysher will shine your 3D-printed objects.

Polymaker wants to make 3D printing a tempting hobby for everyone with its new PolySmooth filament and Polysher machine, which polishes creations so they look shiny and cohesive. The company launched the items on Kickstarter this past week and has already surpassed its $100,000 goal. The filament can go in any extrusion-based 3D printer, but the Polysher will only work on items that have been made with PolySmooth. The polisher works by simply spraying the piece with an alcohol aerosol solution. Polymaker hopes nicer looking 3D objects will bring 3D printing into mainstream culture. No one currently mixes up mass-produced plastic pieces with printed ones because of their feel and obvious filament layers. Solely going off Polymaker's Kickstarter images, the new filament and Polysher really does make 3D printer creations look more legit. There are no obvious layers, and they come off as fully finished products. I'm not sure if the Polysher will finally bring 3D printing into the mainstream, but in either case, I'm always pro-shiny things. culled from polymaker.

VIRTUAL REALITY AND TOURISM.

Virtual reality is the new way of delivering quality service,that is interactive,safe and very rewarding. Virtual reality has been utilized in medicine,entertainment and military training and the results have been phenomenal.

 Virtual reality is moving to tourism and leisure spots, how will you love to go to the Jurassic park?

Welcome to my VR PARK. This concept is an upgrade to the recreation park,where you can walk through the beautifully crafted enclosures,housing various animals.The park is a platform for learning,where all visitors can learn about various animals and even learn how to breed some animals and make money.


This park can double as a movie set and photo shoot site,not leaving out fun rides,games and gym arena. In the virtual reality park,you can actually go back in time,how about a ride in the Titanic? yes! with the iceberg et al? this is the new face of entertainment.


The roller coaster ride is a must at every park ,but sadly not everyone can stomach the effect.The virtual reality event offers you same thrill and fun without stomach woes, you can actually act alongside in jaws with all the fun and screams.

 This experience can be leveraged in education, how about teaching an history class in VR? whao,all the students will turn out with super grades. This can be harnessed in training schools,how about having a session with an expert in- house that's miles away? or tech exchange? that's across the boarders learning.

 Thinking of investing and having fun at the same time? then think tourism and recreation park.

 Now,whether real or virtual ,its all up to you. Welcome back,drop your eye wear on your way out Call back. .

Bird flu and bio security.

The most dangerous characteristic of avian influenza is its ability to mutate quickly from a low-pathogenic disease of the respiratory tract to a high-pathogenic disease with mortality rates up to 100%, explained David Swayne, DVM, PhD, research veterinarian with the USDA.

 Once these low-pathogenic strains enter a commercial poultry flock, the virus circulates throughout the flock and has the potential to mutate into the high-pathogenic H5 and H7 strains, which spread rapidly resulting in high mortality levels.

 As early as 1987, low-pathogenic forms of avian influenza (AI) were identified in flocks of wild birds in the US that experienced very little infection or mortality. 

Even though low-pathogenic strains of AI are not known for high mortality, co-infections with other respiratory diseases including infectious bronchitis and infectious bursal disease can increase production losses and mortality levels. In early 2015, highly pathogenic H5 strains of AI spread quickly between flocks and poultry farms across the US resulting in the destruction of approximately 48 million chickens and turkeys. Low-pathogenic AI was also reported in turkey flocks in Indiana in January 2016 and in Missouri in April 2016.  

 “The AI virus can be spread through various paths including clothing, vehicles, dust and windblown particles,” Swayne said. “The exact pathway of infection may never identified.” Poultry producers quickly learned the importance of biosecurity during the 2015 outbreaks and began implementing strict protocols in an effort to help slow the spread of the disease. 

 Education is the key to early detection of an AI infection. It is critical that everyone involved in poultry production — from the farm workers and veterinarians to the testing labs — is educated and trained to identify the signs of AI. “The AI outbreak in Indiana [in early 2016] began in ducks and birds of prey as a low-pathogenic strain,” Swayne explained. “Once it entered the commercial operation, it began circulating and mutated into a highly pathogenic H7 strain.” Increased surveillance on the part of poultry producers and veterinarians helped identify the 2016 Indiana outbreak before it became widespread, he added. 

The Missouri outbreak in late April was still being investigated at the time of this report. Vaccination programs for AI remain a hot topic for poultry producers worldwide. Swayne said because the US can’t live with highly pathogenic AI, the best solution for control is complete eradication of the disease or a “stamping-out” program involving humane euthanasia and ecologically sound disposal. In other countries with poor infrastructure and limited diagnostic and testing programs, vaccination for AI is often the only viable option for poultry production. culled from worldpoultry

ROBOTIC SCAN FOR HORSES AND MAN.

If you’ve ever had a full body medical scan, you probably remember the claustrophobia of sliding on your back into a tight-fitting tube. It’s not a pleasant experience for humans, but for horses the process is so uncomfortable that it requires heavy anesthetics. That’s why the Pennsylvania School of Veterinary Medicine has developed a new imaging system that will scan horses while they are awake and standing, to avoid trauma and detect internal issues sooner. To make this possible, Penn Vet partnered with an imaging technology company called 4DDI to create the so called “Equimagine” scanner. The system uses a series of robots that can move around a standing patient to capture a variety of high-resolution images. In addition to the two-dimensional images popular in CT scanning, Equimagine can also capture fluoroscopic images (think short x-ray movies), three-dimensional scans, and radiographs at speeds of up to 16,000 frames per second. Thoroughbred racehorses in particular commonly develop stress fractures that can be difficult to detect. When hairline fractures intensify enough for experts to notice the pain in the movements of the horse, it’s often too late to reverse the damage. “This technology has the potential to help diagnose those early enough that we can manage them and help prevent the horse from suffering a catastrophic breakdown on the race track,” said Dean Richardson, chief of large animal surgery at the New Bolton Center at Penn Vet. Experts believe that adapting the horse-scanning technology for use in childhood medical imaging could even revolutionize pediatrics. Imagine a small child in need of a CT scan, hanging out while talking to his parents instead of terrified and on his back in a dark and lonely imaging tube. In the future, veterinary researchers hope to be able to use the Equimagine system to capture motion images of a horse running on a treadmill, for example. The system’s programmable robots could enable a kind of medical imaging that has never been possible before, either in horses or in humans. “From a clinical standpoint, we will see elements of the horse’s anatomy that we’ve never seen before,” said Barbara Dallap Schaer, medical director of the New Bolton Center. culled from digital trends

AVIAN INFLUENZA IN THE U.S.

The most dangerous characteristic of avian influenza is its ability to mutate quickly from a low-pathogenic disease of the respiratory tract to a high-pathogenic disease with mortality rates up to 100%, explained David Swayne, DVM, PhD, research veterinarian with the USDA. Once these low-pathogenic strains enter a commercial poultry flock, the virus circulates throughout the flock and has the potential to mutate into the high-pathogenic H5 and H7 strains, which spread rapidly resulting in high mortality levels. As early as 1987, low-pathogenic forms of avian influenza (AI) were identified in flocks of wild birds in the US that experienced very little infection or mortality. Even though low-pathogenic strains of AI are not known for high mortality, co-infections with other respiratory diseases including infectious bronchitis and infectious bursal disease can increase production losses and mortality levels. In early 2015, highly pathogenic H5 strains of AI spread quickly between flocks and poultry farms across the US resulting in the destruction of approximately 48 million chickens and turkeys. Low-pathogenic AI was also reported in turkey flocks in Indiana in January 2016 and in Missouri in April 2016. “The AI virus can be spread through various paths including clothing, vehicles, dust and windblown particles,” Swayne said. “The exact pathway of infection may never identified.” Poultry producers quickly learned the importance of biosecurity during the 2015 outbreaks and began implementing strict protocols in an effort to help slow the spread of the disease. Education is the key to early detection of an AI infection. It is critical that everyone involved in poultry production — from the farm workers and veterinarians to the testing labs — is educated and trained to identify the signs of AI. “The AI outbreak in Indiana [in early 2016] began in ducks and birds of prey as a low-pathogenic strain,” Swayne explained. “Once it entered the commercial operation, it began circulating and mutated into a highly pathogenic H7 strain.” Increased surveillance on the part of poultry producers and veterinarians helped identify the 2016 Indiana outbreak before it became widespread, he added. The Missouri outbreak in late April was still being investigated at the time of this report. Vaccination programs for AI remain a hot topic for poultry producers worldwide. Swayne said because the US can’t live with highly pathogenic AI, the best solution for control is complete eradication of the disease or a “stamping-out” program involving humane euthanasia and ecologically sound disposal. In other countries with poor infrastructure and limited diagnostic and testing programs, vaccination for AI is often the only viable option for poultry production. Culled from poultry health today.