STUDY #1: Omega-3 Fatty Acids in Canine Osteoarthritis
Type: A Randomized, Double-Masked, Practice Based, Unpublished
Duration: 6 months
Year of Study: 2006
Overview: Participants in this study were given HardyPet supplements in an effort to determine the effect on mean serum eicosapentaenoic acid (EPA) concentrations. EPA
is a well known determining factor in promoting joint health in canines. EPA
concentrations were measured in the dogs fed either a control (placebo containing less
than 0.01% EPA) or test (HardyPet containing 0.48% EPA) for 180 days (*p<0.0002).
Note that serum EPA concentrations rise rapidly within 45 days of feeding a supplement
with enhanced EPA levels.
Results: Dogs HardyPet supplements had significantly higher serum concentrations of
total omega-3 fatty acids and EPA. The test groups also had significantly improved ability
to rise from a resting position and in running and playing at 6 weeks, and improvements
in walking at 12 and 24 weeks compared to control dogs. Dogs fed the control supplement
showed no significant improvement in the clinical variables assessed by dog owners when
compared to dogs fed HardyPet Supplements
Conclusion: The ingredients in HardyPet supplements dramatically improve the ability
of dogs with Osteoarthritis to move, run, play, walk, and live their lives with less pain.
STUDY #2: Omega-3 Fatty Acids on Force Plate Gait
Type: Feeding Study, University Based, Unpublished
Duration: 6 months
Year of Study: 2007
Overview: Participants in this study were given HardyPet supplements in an effort to determine the effect on the ability of dogs with Osteoarthritis to bear their weight when
walking. Mean vertical peak force as a measure of weight bearing in dogs fed either a
control supplement or a test supplement (HardyPet which is high in total omega-3 fatty
acid and EPA concentrations).
Results: Based on clinical orthopedic examinations, a significantly greater percentage of dogs fed HardyPet exhibited a reduction in pain when the affected joint was palpated
and were evaluated as “improved” versus dogs fed the control Supplement. Mean vertical
peak force increased significantly in dogs fed HardyPet, indicating a greater ability to
bear weight on the affected limb. At the conclusion of the 180-day trial, 82% of dogs fed
HardyPet showed increased weight bearing compared to 11% of dogs fed the control
supplement.
Conclusion: The ingredients in HardyPet supplements help dogs with osteoarthritis
show improved weight bearing compared to those fed the control supplement (p=0.04).
STUDY #3: Evening Primrose Oil effect on skin allergies
Type: A Randomized, Double-Masked, University Based, Unpublished
Duration: 6 months
Year of Study: 2005
Overview: Participants in this study were given HardyPet supplements in an effort to determine the effect on atopic dogs with pruritis and multiple diagnosed allergies.
Levels of EPA, DHA, and GLA concentrations were measured and the effect on signs of
allergic reactions noted. Particpating dogs were fed either a control supplement (containing <0.5% Evening Primrose Oil) or a test supplement (HardyPet with concentrated Evening
Primrose Oil that is high in omega-3 fatty acid and EPA concentrations).
Results: Based on clinical examinations, a significantly greater percentage of dogs fed
HardyPet exhibited a reduction in pruritis and hair loss versus dogs fed the control
supplement. At the conclusion of the 180-day trial, 78% of dogs fed HardyPet showed
improved skin condition, ichting, and hair loss compared to 15% of dogs fed the
control supplement.
Conclusion: The ingredients in HardyPet supplements help dogs with alleric skin reactions
to eliminate symptoms including itchy skin, hair loss, and infections caused by scratching.
STUDY #4: Antioxidants effect on immune function
Type: A Randomized, Double-Blind, University Based, Unpublished
Duration: 6 months
Year of Study: 2005
Overview: Participants in this study were given HardyPet supplements in an effort to determine the effect on dogs diagnosed with weakened immune function. Levels
of Lymphocyte concentrations were measured and the effect on signs of immune function
noted. Particpating dogs were fed either a control supplement (containing <1%
antioxidants) or a test supplement (HardyPet with high levels of multiple antioxidants).
Results: Based on clinical examinations, a significantly greater percent of dogs which were
fed HardyPet exhibited a reduction in measurable free radicals and healthier lymphocite
production.It was also noted that the test group showed a significantly lower level of
neoantigens over the course of the study which would indicate the suppression of tumor
activity in those subjects diagnosed with cancers.
Conclusion: The ingredients in HardyPet supplements help dogs with suppressed immune
systems improve immune function with the infusion of multiple pharmaceutical grade
antioxidants.