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Gary Smith

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Gary Smith, PhD

Gary Smith, PhD

Born and raised in Caddo County, Oklahoma, Dr. Gary Smith attended universities in California, Washington and Texas. Since 1961, he has taught and conducted research at Washington State University (WSU), Texas A&M University, and Colorado State University (CSU).

From 1961 to 1975, his research focused on beef palatability (bullocks vs. steers, carcass chilling effects on tenderness, blade tenderization, electrical stimulation of carcasses, Tenderstretch®); beef shelf life (vacuum packaging for domestic and transoceanic shipments, retail case life); and USDA Feeder Cattle Grade Standards From 1975 to 1990, his research efforts included modified atmosphere packaging of beef; transoceanic shipments of variety meats; USDA Beef Quality and Yield Grade Standards; time-on-feed and beef palatability; The Hamburger Steer®; breed types and beef palatability; beef lipids and human nutrition; National Consumer Retail beef Study; and restructured beef steaks.

From 1990 to 2015, his research focused on chemical residues in US beef; National Beef Quality Audits; International Beef Quality Audit; National Market Cow and Bull Audits; injection site lesions; Conventional, Natural, and Organic Beef; feeding Vitamin E and Beef retail case life; “Multiple-Hurdle E. coli 0157:H7 decontamination systems; implementation of HACCP programs in beef packing plants; Palatability Assurance Critical Control points; controlling Salmonella and Listeria on ready-to-eat beef; Best Practices for mitigating BSE (Mad Cow Disease) risk in packing plants; traceability systems implementation; and instrument grading of beef carcasses. Dr. Smith credits his success to colleagues and graduate students (who did the hard work) and the help of cattle feeders, packers, and retailers (who allowed them to use their facilities and products).

Dr. Smith occupied the Ken and Myra Monfort Endowed Shair in Meat Science at CSU beginning in June of 1990. Previously, he served as Professor (1969-1982) and Head (1982-1990) of the Department of Animal Science at Texas A&M where he received many awards.

  • Outstanding Teaching Performance Award,
  • Honor Professor Award
  • College of Agriculture Teaching Award
  • University Distinguished Teaching award
  • Deputy Chancellor’s Award for Team Research

Other awards and honors include:

  • International Stockmen’s Hall of Fame Induction
  • National Cattlemen’s Foundation Vision Award
  • USMEF Distinguished Service Award
  • AMSA R.C Pollock Award
  • Beefmaster Breeders United, Commitment to Excellence Award
  • Honored Researcher of the CSU Research Foundation
  • ISI Thomson Scientific’s Highly Cited Researcher
  • Beef Magazine’s top 40 Most Influential People in the US Beef Industry
  • American Hereford Association Hall of Merit Induction
  • Meat Industry Hall of Fame Induction
  • AMSA Mentor Award
  • Cattle Feeder’s Hall of Fame Award
  • College of the Sequoias, California State University-Fresno and WSU Distinguished Alumni Award
  • Certified Angus Beef Industry Achievement Award

Below are resources from Dr. Smith:



How do you know when it makes sense to bring in product development support and when it doesn’t? Based on what we see across brands, ingredient companies, and startups, here’s a practical way to think about it.


The rapid rise of mocktails and alcohol alternatives signals a deeper shift in consumer behavior. As the category matures, brands are discovering that removing alcohol is only the beginning.


Ethylene glycol (EG) and diethylene glycol (DEG) are toxic industrial chemicals that have no place in consumer health products. Unfortunately, products ranging from cough syrups to dietary supplements have been found to contain these contaminants, often with tragic consequences.


As the category of sports nutrition matures, so does the science behind it, and few ingredients illustrate that shift better than creatine. Once viewed as a niche performance supplement, creatine has entered the mainstream, driven by a growing body of research, broader consumer education, and innovation in product formats.


Botanical Reference Materials (BRMs) are the foundation of reliable High Performance Thin- Layer Chromatography (HPTLC) identity testing. They provide the verified chromatographic fingerprint against which botanical samples are compared. Learn how to safeguarding both industry integrity and consumer confidence.


While advanced technology often takes center stage in discussions about scientific accuracy, the age and preparation of samples are equally critical. By prioritizing the seemingly small details, researchers can ensure that their findings stand up to scrutiny and contribute meaningfully to scientific progress.


In the dietary supplement and ingredient industry, protecting consumer health and meeting regulatory expectations are nonnegotiable. One critical aspect of quality control is residual solvent testing. Residual solvents, volatile chemicals used during manufacturing, can remain in products if not properly removed.


As the pet supplement market continues to expand, particularly in preventative care, accurate quantification of MSM has become essential. Manufacturers require robust analytical methods to ensure that label claims are substantiated and that formulations meet quality standards while complying with AAFCO ingredient definitions and state feed regulations.


When evaluating fiber testing approaches, it’s important to review how results differ across sample matrices tested by both the new and previous methods. More laboratories are implementing the Rapid Integrated Dietary Fiber Methods - AOAC Official Methods 2017.16 and 2022.01. The AOAC 2017.16 method measures the insoluble fiber fraction (IDF) and soluble fiber fraction that precipitates in 78% ethanol (SDFP) together, and separately measures the soluble dietary fiber not precipitated in 78% ethanol (SDFS) by HPLC.


In the competitive and highly regulated pet food industry, ingredient authenticity is more than a quality metric; it's a cornerstone of consumer trust and brand integrity. As demand for functional ingredients grows, so does the risk of adulteration. Manufacturers must be equipped with advanced testing strategies to safeguard their supply chains and ensure label claims are accurate.


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