CAMOMC MONTHLY MEETING - WEDNESDAY, FEBRUARY 10th, 7:00 PM - Sparrow Professional Annex Building (across from Sparrow Hospital) - Room G on the second floor. We welcome everyone who has an interest in multiples. While many members approach the meetings as a “time away” from their multiples, children of all ages are welcome (in fact, there are some members that are very keen to hold babies again). So do not hesitate to bring along your little ones. We always talk about issues relating to multiple pregnancies and parenting, including a question and answer period. This month we will talk about Kindergarten Readiness with Mrs. Kerry Villegas from Capital Area Academy. She will answer questions, discuss what teachers are working on with kids, as well as what kids need to know going in to kindergarten.
CAMOMC FUNDRAISER - LITTLE CAESAR'S PIZZA KITS - Orders are due at the February Meeting. Delivery will be on February 25th. Be sure you get your orders in to Phyllis. Please write one check to cover the entire order you are submitting.
FEBRUARY 27th - CAMOMC COUPLES NIGHT IN?? - This year's Couple's Night Out is going to be a night in. Come join us on Saturday, February 27th at 6 PM for dinner and a good old fashioned game night. RSVP to Lianna Hadden, Bobbi Myers, or sign up at the February meeting. See the newsletter for more details.
FRIDAY, MARCH 5th - JUMPIN' JAX MULTIPLES TIME - 4:30-6:30 PM at Jumpin' Jax at 1475 Lake Lansing Rd - Jumpin' Jax is an inflatables bounce place for children. Come and meet other multiples, and have some adult visit time with other parents of multiples.
Capitol Area Mothers of Multiples Club (CAMOMC) is a non-profit support and social group founded in 1973 for mothers of multiples (twins, triplets, or more) in the greater Lansing, Michigan area. Our monthly meetings always include "Multiple Mania," a lively discussion of the challenges of raising multiples. We talk about a wide range of subjects -- from techniques of feeding and diapering two or three infants to strategies for developing independence and minimizing competition between older multiples.