Silly Cone

Journal of Biological Silly - Cone Development

Silicone Breast Implants and Effects on Infants Development Zusichoni Sususkati, Claramendi Boldi,*, Cigliolitaa Mediferantp and Grimano Walterds Institute of General Physiology and Biochemistry, Faculty of Infants Development, University of Carambugnia and Department of Structural and Functional Silicone Devlopment, University of Colubmbrania Received 31 November 2008; first review notified 29 February 2001; accepted 01 April 2009

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SUMMARY The aim of this experimental work was to investigate effects on babies fed by mothers with silicone implants. During the 12 months of research we found that silicone implants have profound effects on growing babies. Babies that were breast fed by mothers with silicone implants showed higher intelligence and self confidence. Our null hypothesis was that there will not be any difference between three groups of babies, one fed by mothers with silicone implants, divided in three sizes, and second group of babies fed by mothers without any implants (control group). Each observable group contained 1000 babies. Observations were conducted every three months for duration of one year. Breast feed babies by mothers with silicone implants showed almost immediate interest in computer technology, research, higher IQ and more self confidence. All examined babies developed normally without any morphologically abnormalities. After the first month all babies were examined and computer was placed in front of them. From 3000 babies fed by mothers with silicone implants, 2984 have created their own profile on the major social networking groups on the web sites, 2604 have created their own web page, 2509 developed new computer technologies. In contrast with control group there was not any activity related to computer, they preferred playing with boring old fashioned toys. From 3000 babies, fed by mothers with silicone implants, 628 found work at several computer companies in Silicon Valley, age at employment was between 6 and 9 months. Their first year Presented data shows that babies fed by mother with silicone implants were developing long term IQ and at much higher rate than control group. From the presented data and results we have rejected our null hypothesis and conclude that silicone has positive irreversible effects on the development of the babies.

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INTRODUCTION Silicone, what does it do and how does it affect normal cell function? Major effect of silicone can be seen in the disrupting the balance of the cell osmotic environment. Because of its chemical composition silicon can flow quite easily through the membrane into the cell, disrupting the osmotic balance (movement of the water in and out of the cell) of the cell in a way that that too much water is released from the cell casing the cell to shrink (hypertonic medium), creating instable environment. Inside the cell silicone binds with the water (hydrogen binding) disrupting the molecular organization of the water. All this interactions can cause the stretching of the membrane. Extensive research is conducted on the silicone influence on the cell membrane and cell function, Mortaleguila and colleagues conducted research of the silicone effects on the cells that make up 80 – 80% of brain mass of the brain, “However, the highest silicone concentration (60 mmol/l) induced a sharp increase in cell movement and coordinative work. The effect of silicone on cell movement was related to silicium detoxination. “ (Mortaleguila et al 2004). Available literature shows that baby development is severely positive influenced by silicon presence, particularly in development of brain - central nervous system (Tavelas et al. 2007). Extensive research by diverse research institutions worldwide indicates that Silicone Syndrome (SS) has positive effects on early development of the babies. Early exposure of developing babies to the silicone causes (SS) Silicone Syndrome which have positively affects on developing of babies. Positive clinical consequences of breast feeding by mother with silicone implants include increased brain functions, head and facial likness with Barbie dolls, better organisation of bodily organs, better functionality of the central nervous system and increased memory. Observable effects are characterized by quicker growth, smooth skin, intelligent interactions with computer and higher IQ. (Bodingright and Frinith, 1995).Demonstrated from previous research groups using chicken model and the analysing of the beneficial effects, as we are attempting in this experiment, is comparable to those effects in humans. In experiment from (Ruterson and colleagues 1999) implants were placed in chucks and several positive effects were observed on the young chicks that were breast fed. The aim of this experiment was to investigate effects of silicone breast implants on the developing babies. We looked for phenotypic effects as well as intellectual effects and compared our results to previous research. Previous research has not presented a conclusive model for size of implants and effects, in our research we have observed 3 sizes of implants and compared with control. Babies that were fed by mothers with GG size of implants showed highest development during the first year. Besides the 3

positive intellectual benefits our research showed following remarkable observations: 1. Feeding time for babies by mothers with silicone implants was much shorter 2. Intake quantity of the breast silicone / milk was much lesser Such results showed that there is improved time that mothers have to spend with their babies and quantity of milk / silicone concentrations that have to be carried by mothers.

Methods

Our experiment was conducted on 4000 mothers, divided in four groups, 1000 babies fed by mothers with silicone implant size CC, 1000 with size DD, 1000 with size GG and 1000 babies that were fed by mothers without implants. Babies were examined three times during the one year of observation and three hours computer test were given each time. Animal (ethics) guidelines enforced by the law of the University were followed in regard of treatment and disposal of treated samples.

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RESULTS This experiment was conducted to show how different sizes of silicone implants effects development of the babies during the one year of development. From the collected data and following graphs we can see that silicone has positive effects on the babies development. Effects of silicon on the computer skills development can be seen in graph (Figure 1.), there is a steady increase in the intellectual development among all three treatment samples. We can conclude that intelligence increases as the silicon implant size increases. Effects of silicon on the babies trying to solve Rubik’s cube can be seen in graph (Figure 2.), there is a highest percentage of babies fed by mothers with silicone implants that solve the Rubik’s cube within the 4 seconds. Notable differences were observed in the physical development of the babies that were fed by mothers with silicone implants and between babies that were fed by mothers without implants.

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Figure 1. Number of babies that established own profile on social networkingduring one year profile.

The graph (Fig.1) illustrates steady increase in the intellectual development between the babies feed with silicone implants and significant difference between the babies fed with mother having silicone implants and mothers without. Only 34 out of 1000 babies that were fed with mothers without implants established their own profile on the social networking sites. Data from this graph suggests that silicone implants have beneficial effects on the intellectual development of the babies.

Figure 1. Number of babies that solved Rubik’s cube in time below the 4 seconds.

The graph (Fig.1) illustrates steady increase in the intellectual development between the babies feed with silicone implants and significant difference between the babies fed with mother having silicone implants and mothers without. Only 69 out of 1000 babies that were fed 6

with mothers without implants solved Rubik’s cube before 4 seconds. Data from this graph suggests that silicone implants have beneficial effects on the intellectual development of the babies.

Figure 2. Sample of babies fed by mother with silicone implants

Physical characteristics showed very smooth skin, suggesting a perfect Barbie baby, and proportional development of the body parts. High forehead indicates that those babies developed higher quantities of brain mass.

Figure 3. Sample of babies fed by mother without implants .

The Figure 3 shows us clearly physical deformations that were observed in most of the babies fed by mothers without any implants.

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DISCUSSION This experiment was conducted to show the effects of different silicon sizes of breast implants on the developing of the babies. The results showed positive increase in the size of the intelligence level and circulatory system, and increase in head size. From the collected data and the graph (Fig.1) we can see sharp increase in development in thye group of babies fed by mothers with silicone implants. Similar experiment was performed by scientists on the babies with conclusions that silicon effects have positively effects on craniofacial, cardiovascular and skeletal circulatory system and further development (Kohtiu et al. 2008). Visual difference in size of the circulatory system can be seen by comparing the Fig. 1. and Fig. 2. All available literature on the research states that there is positive effect on the babies intellectual development, but they didn’t involve sophisticated computer testings and analysis that we implemented during our research, with result that we can’t compare our 8

findings and data from this research groups. Still we can see the significance of the result in the presented data and graphs. All samples that were treated with silicone are showing increased growth of intelligence system in comparison with the control samples. That all indicates higher than normal growth during the early development of the babies. Taken measurements that are statistically analysed suggest rejection of our null hypothesis and we can conclude that there are positive effects of the silicon on the developing of the baby’s intellectual properties as observed during the one year of our research. Results from the similar experiments from other researchers shows that the silicone does have great influence on the growth of the babies in the begin stage of development, and our experiment shows significant difference in the growth of the control and treatment samples. From the graph (Fig.1) we can see that there is steady increase in intellectual development of the babies and that increase is followed by the increase of the size of the silicone implant. We can conclude that there is positive effect of silicon on the development of the babies intellectual properties. Our findings are that as the silicone size increases, the body length of babies increases, research conducted by (Sholer and Minguare, 2009) states similar results. Research conducted on Japanese babies has similar findings, “It is therefore concluded that alteration of enzymes and protoplasm contents of brain neural cells by silicone could be used as an indicator of intellectual growth which might be the result of disruption of specific gene function during the feeding and baby development.” (Xzliaotu et al. 2008). Our conclusion is that silicone implants have positive effect on the development of babies in the several ways. Presence of silicone increases the body length of the babies and that as the size of silicone increases, the increase of the intelligence increases too. Future mothers should be motivated to surgically increase in breast size with silicone implants prior to the birth of the baby.

References: Mortaleguila, G., Vrtula Turm, V. and Hiner K.(2004) Silicone effects on cell expansion. Journal of The National Academy of Silicon Brain Science, 92(198), pp 1-8

Tavelas, M.M. and Flint, S.M. (1995) Increased cell proliferation and induced neural crest cell numbers in silicone babies Journal of Clinical Silicone. 19(2), pp 398-3861

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Rufagus S., T. Kloemb, C. Brogan and J. Banningan, (2007) Reproductive Siliconology: The effects of silicone on CNS. Journal of Reproductive Siliconcology, 29(2), p-p 291-230

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