Scripture On Creation podcast

He is Risen!  The doctrine of the resurrection (Christ's and ours) is essential for salvation.  Although the doctrine of creation is not, an improper understanding of the meaning of the "creation passages" can lead to a crisis of faith and doubts about the gospel itself.

The inspirational thoughts of Psalm have brought glory to the Creator for millenia.  They have also inspired modern day hymn writers to declare the Creator's glory--and grace, just as David marveled, "what is Man that Thou dost take thought of him?"  The beloved, How Great Thou Art, and lesser known, How Can It Be are two such hymns.

Dr. Scripture offers his opinion on the best single piece of evidence to cite if discussing creation vs. evolution with an evolutionist.  And what makes RNA so different from DNA?  The important differences between these two amazing biomolecules are discussed.

Job 13:15 is not about creation, but it is perhaps the keynote verse revealing Job's faith in his Creator.  This profound statement is discussed in the context of when we don't understand what and/or why the Lord does what He does sometimes.

In Job 12:10, Job makes the point that the lives of every living creature are in God's hands.  For the believer that's a comforting thought, for the person who rebels against or rejects God's control of their life, it is disturbing.

Job says we should learn from the animals, Job 12:7-8.  We consider the snake, butterflies, poison frogs and flounder; they all point to the wisdom of the Creator.

A rebroadcast from 10 years ago.  A couple questions from listeners are discussed. What does Dr. Scripture think of a newly discovered whale dated to be 12 million years old, and are there genes that greatly increase your chances to live to be 100.

Many passages in God's Word include glorifying descriptions of Him.  In this program we look at several passages that specifically describe the Lord's glory by referring to His identity as Creator.

Newly discovered RNAs form a whole new category of the versatile biomolecule RNA.  These "new" RNAs are tiny relative to the RNAs already characterized.  Nicknamed, miRNA, siRNA and piwiRNA, they are involved in regulating a host of cellular functions and even pass on hereditary traits.

New research has expanded our understanding of the function of DNA that once was thought to be "junk DNA."  Newly discovered RNA molecules are involved in the regulation of the cell in ways we never could have imagined.