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Today's Creation Moment

May
26
"Was I Going to Be Arrested?"
Acts 1:8
"But ye shall receive power, after that the Holy Ghost is come upon you: and ye shall be witnesses unto me both in Jerusalem, and in all Judaea, and in Samaria, and...
One of our listeners – pastor and creationist Phil Spry – told us a remarkable story that I'm going to share with you in his own words.     Shortly after the old USSR dissolved I was...
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Dr. Beewolf

Titus 2:1, 4
“But speak thou the things which become sound doctrine: ... That they may teach the young women to be sober, to love their husbands, to love their children....”

It took medicine thousands of years to discover antibiotics and learn how to use them. Now it appears that a wasp called the European Beewolf has been using an antibiotic all along.

The Beewolf builds a burrow in sandy ground to lay its eggs, where the hatchlings will spend four to nine months after they hatch. She also leaves a spot of white goo in the nursery chamber. dr. beewolfThen the Beewolf catches a bee, paralyzes it with a sting, and returns it to her burrow. She will stock each nursery chamber in the burrow with up to five bees. Scientists have long wondered what the white goo was. Now research has shown that this substance is laced with a new species of bacteria that live on the wasp’s antennae. It turns out that this species of bacteria makes an antibiotic that apparently protects the hatchlings. When scientists separated a clutch of 15 wasp larvae from the goo, only one made it to adulthood. On the other hand, in a clutch of 18 larvae who had access to the goo, 15 made it to adulthood.

Obviously, the Beewolf did not discover this use of an antibiotic and learn how to use it to protect its children. Rather, the Beewolf’s Creator – Who created antibiotics in the first place – built this behavior into the Beewolf to help it survive.

Prayer: 
Father, I thank You for Your love and care of Your entire creation. Help me to see Your love for me in Jesus Christ. Amen.
Notes: 
Science News, 3/12/05, p. 166, S. Milius, “Bacterial Nanny.”