diff --git a/README.md b/README.md
index a0f5d99..bce1fbf 100644
--- a/README.md
+++ b/README.md
@@ -1,4 +1,4 @@
-##C# project for reading and writing CSVs 
+## DataTable
 
 Fast streaming CSV parser. Libraries for easy reading, writing, and manipulation of CSV files. Is able to handle: 
 
@@ -12,52 +12,60 @@ Fast streaming CSV parser. Libraries for easy reading, writing, and manipulation
 
 It's an easier data table than `System.Data.DataTable`.
 
+<hr>
+
 The following nuget packages are available:
 
 * [CsvTools](https://www.nuget.org/packages/CsvTools) - the base library
 * [CsvTools.Excel](https://www.nuget.org/packages/CsvTools.Excel) - dependency on CsvTools and the OpenXml SDK 
 
+<hr>
+
 A few quick examples:
 
 > **Download as CsvTools from Nuget to include in your C# project**: 
-
-    using DataAccess;
-    // See methods on DataTable.New for loading a DataTable.
-    var dt = DataTable.New.ReadLazy(filename); // Fast streaming load a CSV from disk. 
+```cs
+using DataAccess; // See methods on DataTable.New for loading a DataTable.
+var dt = DataTable.New.ReadLazy(filename); // Fast streaming load a CSV from disk. 
+```
 
 > **Get a mutable datatable**:
+```cs
+MutableDataTable dt = DataTable.New.ReadCsv(filename); // load entire CSV into memory for mutation 
+int totalRows = dt.NumRows;
 
-    MutableDataTable dt = DataTable.New.ReadCsv(filename); // load entire CSV into memory for mutation 
-    int totalRows = dt.NumRows;
+// Includes mutation methods like:
+//  CreateColumn, ReorderColumn, KeepColumns, RenameColumn, 
+//  GetRow(int rowIndex), KeepRows(Func<T, bool> predicate)
 
-    // Includes mutation methods like:
-    //  CreateColumn, ReorderColumn, KeepColumns, RenameColumn, 
-    //  GetRow(int rowIndex), KeepRows(Func<T, bool> predicate)
-    
-    dt.SaveCsv(filename); // write back out
+dt.SaveCsv(filename); // write back out
+```
 
 > **Linq against the rows**: 
-
-    var y = from row in dt.Rows where row["N"] == "3" select row["NSquared"];
+```cs
+var y = from row in dt.Rows where row["N"] == "3" select row["NSquared"];
+```
 
 > **Linq with strongly-typed parsing, using `RowAs<T>()` method**:
-
-    class Entry
-    {
-      public int N { get; set; }
-      public int NSquared { get; set; }
-    }
-    int y = (from row in dt.RowsAs<Entry>() where row.N == 3 select row.NSquared).First();
+```
+class Entry
+{
+  public int N { get; set; }
+  public int NSquared { get; set; }
+}
+int y = (from row in dt.RowsAs<Entry>() where row.N == 3 select row.NSquared).First();
+```
 
 > **Create a table around an `IEnumerable` and then save back as a CSV**:
-
-    var x = from i in Enumerable.Range(1, 5) select new { N = i, NSquared = i * i };
-    DataTable dt = DataTable.New.FromEnumerable(x);
-    dt.SaveToStream(Console.Out); // write back out as a CSV
+```cs
+var x = from i in Enumerable.Range(1, 5) select new { N = i, NSquared = i * i };
+DataTable dt = DataTable.New.FromEnumerable(x);
+dt.SaveToStream(Console.Out); // write back out as a CSV
+```
 
 > **Also includes support for reading an excel file (.xlsx)**: 
-
-    var dt = DataTable.New.ReadExcel(@"c:\temp\foo.xlsx");
-    var names = from row in dt.Rows where int.Parse(row["age"]) > 10 select row["Name"];
-    
+```cs
+var dt = DataTable.New.ReadExcel(@"c:\temp\foo.xlsx");
+var names = from row in dt.Rows where int.Parse(row["age"]) > 10 select row["Name"];
+```
 [See here](http://blogs.msdn.com/b/jmstall/archive/2012/04/24/excel-on-azure.aspx) for more about reading excel.