On-Site Drug Testing Tomato, AR
Time is money, we can come to you. Accredited Drug Testing provides on-site drug testing services in Tomato, AR and throughout the local area for employers who need drug or alcohol testing at their place of business or other location. On-site drug testing methods include urine drug testing, hair drug testing, oral saliva drug testing and breath alcohol testing. Both instant drug test results and laboratory analyzed testing is available. Testing purposes can include pre-employment, random, reasonable suspicion and post-accident.
1520 N DIVISION ST PO BOX 167 10.0 miles
BLYTHEVILLE, AR 72315
527 N 6TH ST 11.2 miles
BLYTHEVILLE, AR 72315
1521 N 10TH ST STE C 11.8 miles
BLYTHEVILLE, AR 72315
326 ASBURY AVE 12.9 miles
RIPLEY, TN 38063
608 W LEE AVE 16.4 miles
OSCEOLA, AR 72370
616 W KEISER AVE 16.5 miles
OSCEOLA, AR 72370
111 S MUNFORD ST 20.0 miles
COVINGTON, TN 38019
1618 HIGHWAY 51 S STE A 21.1 miles
COVINGTON, TN 38019
1995 HIGHWAY 51 S 21.7 miles
COVINGTON, TN 38019
1999 HIGHWAY 51 S 21.7 miles
COVINGTON, TN 38019
640 US HIGHWAY 51 BYP E STE E 22.4 miles
DYERSBURG, TN 38024
Army Substance Abuse Program Installation Biochemical Test Coordinato 23.0 miles
Shape, MO 0
1355 FLOWERING DOGWOOD LN 23.6 miles
DYERSBURG, TN 38024
2395 LAKE RD 24.5 miles
DYERSBURG, TN 38024
1716 PARR AVE STE D 24.6 miles
DYERSBURG, TN 38024
Drug Test Screening Panels Available In Tomato, AR
We offer a 5-panel drug test, which screens for the following:
- Amphetamines
- Cocaine
- Marijuana
- Opiates
- PCP
We offer a 10-panel drug test which screens for the following:
- Amphetamines
- Barbituates
- Benzodiazepines
- cocaine
- Marijuana
- MDA
- Methadone
- Methaqualone
- Opiates
- PCP
- Propoxyphene
We offer a 12-panel drug test which screens for the following:
- Amphetamines
- Barbiturates
- Benzodiazepines
- cocaine
- Marijuana
- MDA
- Methadone
- Methaqualone
- Opiates
- PCP
- Propoxyphene
- Meperidine
- Tramadol
** Customized drug testing panels such as bath salts, synthetic marijuana, steroids and other drugs are also available.
Urine or Hair On-site Drug Testing In Tomato, AR - You Choose!
Our on-site drug testing services in Tomato, AR include urine drug testing, which has a detection period of 1-5 days and hair drug testing which has a detection period of up to 90 days. Negative test results are generally available in 24-48 hours, when analyzed by our SAMHSA Certified Laboratories. Negative instant test results are available immediately, non-negative test results require laboratory confirmation.
Why Use On-Site Drug Testing in Tomato, AR?
Time is money and when sending an employee to one of our many drug testing centers in Tomato, AR would cause disruption to your business operations or affect your employees work productivity, conducting on-site drug testing will eliminate these issues.
Who Uses On-Site Drug Testing?
- Construction Sites
- Manufacturing Plants
- Power Plants
- Motor Pool Facilities
- Car Dealerships
- Trucking/Transportation Companies
- Schools
- Sports Venues
- Hospitals
- Oil & Gas Drillings Sites
Are you a DOT Regulated Company?
Accredited Drug Testing has trained and qualified collectors who also specialize in providing on-site drug testing services for all DOT modes to include:
- Trucking Industry-FMCSA
- Maritime Industry-USCG
- Aviation Industry-FAA
- Public Transportation-FTA
- Railroad Industry-FRA
- Pipeline Industry-PHMSA
Additional DOT Services:
- DOT Consortium Enrollment
- DOT Physicals
- Supervisor Training
- DOT Drug Policy Development
- MVR Reports
- Employee Training
- Background Checks
- FMCSA Clearinghouse Verification/Search
How To Schedule On-Site Drug Testing In Tomato, AR?
Step 1 - Call our on-site coordinator at (800)221-4291
Step 2 - Have at least 10 employees needing to be tested (recommended)
Step 3 - Provide the date, location and time of the requested on-site drug testing services
In addition to on-site drug testing in Tomato, AR, we also have drug testing centers available at the following locations.
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Local Area Info: Tomato grafting
Tomato grafting has been utilized worldwide in Asia and Europe for greenhouse and high tunnel production and is gaining popularity in the United States. Typically, stock or rootstock are selected for their ability to resist infection by certain soilborne pathogens or their ability to increase vigor and fruit yield. The scion of the grafted tomato represents the upper portion of the plant and is selected for its fruit quality characteristics. There are several methods for grafting tomatoes and they have certain advantages and disadvantages. Once the grafts are made, the plants are moved into a chamber or environment with high relative humidity (>90%) and low light levels to reduce water stress in the scion while the graft union forms.
Grafting of woody plants has been common for centuries, but herbaceous grafting has only become popular recently in agricultural systems. The cultivation of grafted vegetable plants began in Korea and Japan at the end of the 1920s when watermelon plants were grafted onto squash rootstock. Since this time, this technique has spread throughout Asia and Europe. Currently, 81% of Korean and 54% of Japanese vegetable cultivation uses grafting. The use of this cultural technique is mainly carried out for intensive cropping systems like greenhouse and tunnel production. This method is especially popular for vegetable production in the orient, and the number of vegetables in 1998 was estimated to be 540 million transplants in Korea and 750 million in Japan. This technique has moved to the Mediterranean region as well, where the use of grafting has been proposed as a major component of an integrated management strategy for managing soilborne disease and increasing crop productivity. Grafted tomato transplant production has increased in Spain from less than one million plants in 1999-2000 to over 45 million plants in 2003-2004. Grafted tomato is also cultivated in France and Italy, and over 20 million tomato plants were grafted in Morocco in 2004 as a way to reduce soilborne disease and increase crop production.
Grafting can take place on a number of crops. However, because of the added expense, it is typically associated with melons, cucurbits, and members of the Solanaceae family such as eggplant and tomato. Tomato grafting became popular in the 1960s as a way to reduce certain diseases caused by soilborne plant pathogens such as Raletonia solanacearum . Currently, however, grafting is used to offer not only protection from certain diseases, but also tolerance to abiotic stress like flooding, drought, and salinity .