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What We’re About

DogTipper features tips for dog lovers interested in day trips with their dogs, including ways to incorporate their dogs more in their daily lives and errands.

Since 2008, DogTipper has provided professionally-written tips to devoted dog lovers, joined in 2011 by our CatTipper site to reach a niche audience of passionate pet parents.

Who We Are

I’m Paris Permenter, the co-publisher of DogTipper. I founded the site with my husband, John Bigley, who is also my co-author on 35+ travel and pet guidebooks and cookbooks; along with our books, we’ve written over 2,500 magazine articles for publications ranging from Reader’s Digest to Chewy.com.

I understand the importance of accurate reporting, upholding deadlines, and delivering professionally-written content that pleases readers and keeps them coming back for more.

Through the years, I’ve worked with many top companies as an influencer (both exclusive and non-exclusive), Twitter party host and organizer, and more:

Our advertising services include brand ambassadorships, Twitter party hosting, display advertising, native advertising, giveaways, and more. All our paid relationships abide by Google’s Terms of Service and are in line with FTC guidelines for proper disclosure.

Please contact me at editors@dogtipper.com for our media kit including information on our advertising options.

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Friday 3rd of December 2021

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Tuesday 29th of June 2021

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Friday 25th of June 2021

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Aqsa

Friday 21st of May 2021

Business Guest Post Inquiry. Hey, Hope you are doing well. Today, I visited your Blog and read some informational content. I am a Freelance Content writer and I'm interested in publishing (free) Posts on your websites. I will provide you quality and research based content. Anxiously Waiting for your reply, Thanks & Regards

Kazi Mushfiq Hossain

Sunday 21st of March 2021

Physiological and molecular responses of the goldfish

ABSTRACT Relative to the gills, the mechanisms by which the kidney contributes to ammonia and acid–base homeostasis in fish are poorly understood. Goldfish were exposed to a low pH environment (pH 4.0, 48 h), which induced a characteristic metabolic acidosis and an increase in total plasma [ammonia] but reduced plasma ammonia partial pressure (PNH3). In the kidney tissue, total ammonia, lactate and intracellular pH remained unchanged. The urinary excretion rate of net base under control conditions changed to net acid excretion under low pH, with contributions from both the NH4+ (∼30%) and titratable acidity minus bicarbonate (∼70%; TA–HCO3−) components. Inorganic phosphate (Pi), urea and Na+ excretion rates were also elevated while Cl− excretion rates were unchanged. Renal alanine aminotransferase activity increased under acidosis. The increase in renal ammonia excretion was due to significant increases in both the glomerular filtration and the tubular secretion rates of ammonia, with the latter accounting for ∼75% of the increase. There was also a 3.5-fold increase in the mRNA expression of renal Rhcg-b (Rhcg1) mRNA. There was no relationship between ammonia secretion and Na+ reabsorption. These data indicate that increased renal ammonia secretion during acidosis is probably mediated through Rhesus (Rh) glycoproteins and occurs independently of Na+ transport, in contrast to branchial and epidermal models of Na+-dependent ammonia transport in freshwater fish. Rather, we propose a model of parallel H+/NH3 transport as the primary mechanism of renal tubular ammonia secretion that is dependent on renal amino acid catabolism. Read more….

Mushifq

Sunday 21st of March 2021

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