• Helps relieve sinus-related cold & allergy symptoms
• Non-drowsy
• No known drug interactions
• Suitable for everyone ages 6+

SinusCalm^® by Boiron^® is a homeopathic remedy designed to deliver targeted relief from nasal congestion, sinus pain, and headache due to the common cold or allergies.

These meltaway tablets dissolve quickly under the tongue, are non-drowsy, and have no known drug interactions.

AllergyCalm™ Tablets
Stay strong against allergies all year long with AllergyCalm by Boiron. Unlike conventional medications that just mask symptoms, AllergyCalm uses pure active ingredients to tackle indoor and outdoor allergy symptoms caused by hay fever or other upper respiratory allergies. These non-drowsy, meltaway tablets are easy to take at the first sign to relieve itchy and watery eyes; sneezing and runny nose; itchy throat and nose; and cough associated with hay fever.*

Benefits and Features:

• Multi-symptom relief for indoor and outdoor allergies.
• Non-drowsy, non-habit forming.
• No risk of rebound congestion or interaction with other medications or supplements.
• Tablets melt in the mouth without water, chewing, or swallowing.
• Recommended for adults and children ages 2 and up.
• No artificial sweeteners, flavors, colors, or preservatives.
• Box contains 60 unflavored tablets.
• An HSA & FSA eligible over-the-counter medicine.
• Boiron's allergy line also includes AllergyCalm Kids, Ambrosia Ragweed Allergy Relief and Optique 1® eye drops.

*Claims based on traditional homeopathic practice, not accepted medical evidence. Not FDA evaluated.

Homeopathic medicine. Allergies.

• Temporarily relieves hay fever symptoms associated with ragweed allergies
• Convenient on-the-go allergy relief
• Non-drowsy
• No known drug interactions

Be prepared for allergy season with Ambrosia Artemisiaefolia by Boiron^®. This homeopathic remedy helps temporarily relieve symptoms of hay fever like runny nose, irritated eyes, sneezing, and itchy throat.

These convenient meltaway pellets are non-drowsy and have no known drug interactions.