diff --git a/tutorials/dataframe/df027_SQliteDependencyOverVersion.C b/tutorials/dataframe/df027_SQliteDependencyOverVersion.C
index 4466645d3d6af88645cc041b7f0ab4d1d45ae4e3..6917277e59904fb23abadec1b73b7bf569a013d1 100644
--- a/tutorials/dataframe/df027_SQliteDependencyOverVersion.C
+++ b/tutorials/dataframe/df027_SQliteDependencyOverVersion.C
@@ -1,17 +1,12 @@
 /// \file
 /// \ingroup tutorial_dataframe
-/// \notebook -js
-///
-/// This tutorial demonstrates how RDataFrame can be used to create a
-/// connection with a SQlite3 database. It accesses the Sqlite data base, and makes
-/// a query selecting the entire table.
+/// \notebook -jss
+/// Plot the ROOT downloads based on the version reading a remote sqlite3 file with RSqliteDS.
 /// This tutorial uses the Reduce method which allows to extract the minimum time 
 /// stored in the SQlite3 database.
 /// The next step is to create a TH1F Histogram, which will be filled with the values stored in
 /// two different columns from the database. This procedure is simplified with a lambda
 /// expression that takes as parameters the values stored in the "Time" and "Version" columns.
-/// This product includes GeoLite2 data created by MaxMind, available from
-/// <a href="http://www.maxmind.com">http://www.maxmind.com</a>.
 ///
 /// \macro_code
 /// \macro_image
diff --git a/tutorials/dataframe/df028_SQliteIPLocation.C b/tutorials/dataframe/df028_SQliteIPLocation.C
index 4fe019e398b621e7659ecc243686a3fbc77fc976..d2432d4f272f6d48c2da05a8122370b0308c0303 100644
--- a/tutorials/dataframe/df028_SQliteIPLocation.C
+++ b/tutorials/dataframe/df028_SQliteIPLocation.C
@@ -1,9 +1,7 @@
 /// \file
 /// \ingroup tutorial_dataframe
 /// \notebook -js
-/// This tutorial demonstrates how RDataFrame can be used to create a
-/// connection with a SQlite3 database. It accesses the Sqlite data base, and makes
-/// a query selecting the entire table.
+/// Plot the location of ROOT downloads reading a remote sqlite3 file with RSqliteDS.
 /// The world map is hold by a TH2Poly histogram which, after filling, will show
 /// the world wide dispersion of ROOT's users.
 /// To histogram filling, is done thanks to a lambda expression having as input parameters
diff --git a/tutorials/dataframe/df029_SQlitePlatformDistribution.C b/tutorials/dataframe/df029_SQlitePlatformDistribution.C
index a3084b127454e54c6fab8d943e6a10ca01c28a30..1f3295f01e650311e7629e36bfb621997f3ca480 100644
--- a/tutorials/dataframe/df029_SQlitePlatformDistribution.C
+++ b/tutorials/dataframe/df029_SQlitePlatformDistribution.C
@@ -1,16 +1,12 @@
 /// \file
 /// \ingroup tutorial_dataframe
 /// \notebook -js
-/// This tutorial demonstrates how RDataFrame can be used to create a
-/// connection with a SQlite3 database. It accesses the Sqlite data base, and makes
-/// a query selecting the entire table.
+
 /// In order to display the Platform Distribution of ROOT, we choose to create two TH1F
 /// histograms: one that includes all types of platforms, other filtering and classifying them.
 /// This procedure is using a lambda expression taking as parameter the values
 /// stored in the "Platform" column from the database. At the end, the histograms are filled
 /// with their specific demand regarding the platform's type.
-/// This product includes GeoLite2 data created by MaxMind, available from
-/// <a href="http://www.maxmind.com">http://www.maxmind.com</a>.
 ///
 /// \macro_code
 /// \macro_image
diff --git a/tutorials/dataframe/df030_SQliteVersionsOfROOT.C b/tutorials/dataframe/df030_SQliteVersionsOfROOT.C
index 6f97bf5279fd467a1aed165433936fdf73983181..6e16a90d7c478ad11c25d27399bc638699f3a69c 100644
--- a/tutorials/dataframe/df030_SQliteVersionsOfROOT.C
+++ b/tutorials/dataframe/df030_SQliteVersionsOfROOT.C
@@ -1,15 +1,11 @@
 /// \file
 /// \ingroup tutorial_dataframe
 /// \notebook -js
-/// This tutorial demonstrates how RDataFrame can be used to create a
-/// connection with a SQlite3 database. It accesses the Sqlite data base, and makes
-/// a query selecting the entire table.
+/// Plot the downloads of different ROOT versions reading a remote sqlite3 file with RSqliteDS.
 /// Then a TH1F histogram is created and filled
 /// using a lambda expression which receives the recorded
 /// values in the 鈥渧ersion鈥� column of the sqlite3 database.
 /// The histogram shows the usage of the ROOT development version.
-/// This product includes GeoLite2 data created by MaxMind, available from
-/// <a href="http://www.maxmind.com">http://www.maxmind.com</a>.
 ///
 /// \macro_code
 /// \macro_image