In Washington, D.C., two lovable cats, Solomon and Redding, have discovered a short lived residence at a singular cat cafe. These 9-month-old brothers had been rescued from homelessness in Afghanistan by Kabul Small Animal Rescue and are actually ready to discover their perpetually household in america.

DC cat cafe internet hosting two cats rescued from Afghanistan till their adoption

Solomon and Redding’s youth was fraught with challenges, together with homelessness and the cruel Afghan winter. Now, safely ensconced at a singular cat cafe in D.C. known as Crumbs & Whiskers, they’re thriving beneath the mild care of cat fans and cafe patrons alike. Described as playful, vocal, and inseparable by cafe officers, these kittens have shortly grow to be favorites amongst guests.

The backstory of Solomon and Redding begins with their mom, discovered pregnant and in misery in Afghanistan — per 7News. Regardless of preliminary fears for her survival, she was rescued by the Kabul Small Animal Rescue and gave beginning to 6 kittens — 5 boys and one woman. As per the cafe’s Instagram put up, the mom, a feral cat, bonded together with her daughter and remained in Afghanistan, whereas the 5 boys, together with Solomon and Redding, had been despatched to America. Homeward Trails Animal Rescue performed a vital position of their journey to the U.S.

Now in D.C., Solomon and Redding have tailored effectively, studying to belief and love folks once more. They’re extraordinarily sociable, love taking part in, and are all the time desperate to share their ideas with these round them. Solomon has even begun to cuddle with different cats on the cafe, however Redding prefers his brother’s firm completely. Based on officers at Crumbs & Whiskers, the brothers should be adopted collectively, as they share an unbreakable bond. Redding, who’s dramatically connected to Solomon, shows misery when separated from his brother for even quick intervals.

adopters can go to Crumbs & Whiskers for extra data on welcome Solomon and Redding into their properties.