Uracil And Life

PHOTOGRAPHS FROM THE INITIAL STAGES OF THE STUDY

0.1 The examination of two degraded oligonucleotid samples obtained from Gebze Marmara Research Center.	0.2 Burkitt lymphoma
FIRST GROUP OF PHOTOGRAPHS: Liquid crystal features of the Uracil base

1.01 The cultures of uracil in water: formation of cellulose vesicles	1.02 The cultures of uracil in water: formation of cellulose vesicles	1.03 The cultures of uracil in water: formation of cellulose vesicles

1.2 The cultures of uracil in water	1.3 The cultures of uracil in water	1.4 The cultures of uracil in water: formation of fibrilles

1.5 The cultures of uracil in water: formation of fibrilles	1.6 Mobile protozoon formations which are developed from the cultures of the uracil base with water and sugar.	1.7 The cultures of uracil and water: formations resembling grana and thylakoids in chloroplasts

1.8 The melted form of the uracil base in water: appearance of lyotropic liquid crystals and prochloron series.	1.9 A detailed view of the prochlorons seen in Figure 1.8 (see the cellulose vesicles within these prochlorons)
SECOND GROUP OF PHOTOGRAPHS: Formation of cellulose from the Uracil base

2.1 The cultures of uracil in water using the suspension technique: formation of (reticular) cellulose vesicles	2.2 The cultures of uracil in water using the suspension technique: formation of (reticular) cellulose vesicles	2.3 Formation of a fibrille from the uracil base

2.4 The cultures of uracil in water using the suspension technique: formation of nodules, fibrilles and reticular cellulose vesicles	2.5 When the adenine base is added to the cultures of uracil and water, uracil's ability of producing cellulose enhances. Furthermore, chains of hypha and ascus-like cellulose vesicles appear in the medium.	2.6 The cultures of uracil in water: formation of cellulose vesicles and a prochloron.

2.7 The cultures of uracil in water: the formation of cellulose vesicles from a fibrille. These vesicles highly resemble to the appearances of the so-called pigments, which are believed to be formed from melanosit cells in human brain.	2.8 Cellulose formation in the plasmal monolayer culture of the uracil base	2.9 The cultures of uracil in water using the suspension technique: The formation of cellulose vesicles, which develop from a nodule

2.10 When the adenine base is added to the cultures of uracil and water, uracil's ability of producing cellulose enhances.	2.11 A detailed view of the Figure 2.10.	2.12 Cultures of uracil in water with additional tobacco extract: the formation of cellulose fibrilles and cellulose vesicles

2.13 Various formations seen in the cultures of uracil in water: Crystals, prochloron and cellulose vesicles	2.14 Various formations seen in the cultures of uracil in water: Crystals, prochloron and cellulose vesicles
THIRD GROUP OF PHOTOGRAPHS: The appearance of the uracil base in plants

3.1 Prechloroplastic developments	3.2 The examination of bean roots in water: see the accumulation of uracil liquid crystals, which develop from the cell wall	3.3 The juice of pot grown lily stems: Fibrilles developing from the uracil crystals

3.4 The juice of pot grown lily stems: Nodules developing from the uracil crystals	3.5 The juice of pot grown lily stems: Photosynthetic membranes developing from the uracil crystals
FOURTH GROUP OF PHOTOGRAPHS: The appearance of the uracil base in some of the histopathology preparations

4.1 Blood samples taken from a patient who was diagnosed as cancer of bowels: see the prochlorons and a cellulose fibrille.	4.2 Blood samples taken from a patient who was diagnosed as cancer of bowels: see the prochlorons and hypha formations, which develop from these prochlorons.	4.3 Blood samples taken from a patient who was diagnosed as cancer of bowels: see the prochlorons and hypha formations, which develop from these prochlorons.

4.4 Blood samples taken from a patient who was diagnosed as cancer of bowels: see the development of hypha and cellulose micelles from prochlorons.	4.5 A preparation from a patient who was diagnosed as cancer of prostate: see the fibrille, nodule and reticular cellulose vesicles.	4.6 A preparation from a patient who was diagnosed as thyroid hypertrophy: see the fibrille, nodule and reticular cellulose vesicles.

4.7 Fibril and cellulose vesicles in a BSE preparation.	4.8 Prochlorons (see in black colour) and cellulose vesicles narrowing or blocking the inner surface of the brain arteries of a patient.	4.9 A detailed view of the Figure 4.8: see a better view of the cellulose vesicles.

4.10 A preparation from a patient's brain who was diagnosed as alzheimer: see the nodules and reticular cellulose vesicles, which develop from uracil crystals.	4.11 A preparation from a patient's brain who was diagnosed as alzheimer: see the nodules and a cellulose fibrille, which develop from uracil crystals.