Human Cloning
There are currently five different types of clones, concealed from public knowledge. There
are Mark 1 clones; Mark 2 Clones; Mark 3 Clones; and Mark 4 clones and reanimated clones.
Moreover, there are two types of cloning techniques: duplication cloning and replication
cloning.
Mark 1 clones are REM sleep driven clones. However, the technology used for Mark 1 clones
causes many side effects and therefore Mark 1 REM sleep driven clones are no longer a
preferred choice.
Mark 2 clones are also REM sleep driven clones. Mark 2 clones have fewer side effects than
Mark 1 clones, and therefore Mark 2 clones are currently the preferred method for REM sleep
driven clones.
Mark 3 clones are independent clones which operate on microchip containing the entire
consciousness of an individual.
Mark 4 clones are also independent clones, operating on a microchip which contains the
entire consciousness of an individual and is an advanced version of a Mark 3 clone.
These independent clones (Mark 3 and Mark 4) have a lifespan of 6 months to 12 months and
require adjustments after this period to run efficiently once more. Without these adjustments,
their functionality weakens.
To “reanimate” means “to restore to life; resuscitate; revive”. Consequently, reanimated
clones are clones which are genetically identical to that of a person who once lived.
Replication cloning is what the public is most familiar with. Replication cloning involves
giving birth to a genetic identical of an original where the newborn starts life off as a baby
and matures. The newborn is referred to as a clone.
However, duplication cloning is a current concealed advanced from of cloning, and it
involves taking as little as two cells from an individual, adding a constant electrical charge to
the cells until a complete human being is formed.
Duplication cloning is similar to the process of regenerative medicine as demonstrated by Dr.
Stephen Badylak’s video “How to grow a New Fingertip” (CBS 2008; Science Channel
2014) where Badylak states: ‘A whole human can be grown within 9 months.’ On average it
takes 5 months to grow a duplicate clone of an original by means of advanced scientific and
technological regenerative procedures.
35 | P a g e