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Vaccine safety proponent Jacob Puliyel (consultant paediatrician at St Stephen’s Hospital, Delhi) has drawn attention in the Hindu newspaper to malfeasance in trials for an Indian rotavirus vaccine. It is proposed to conduct a trial involving 100,000 infants when the data from an earlier smaller trial has been suppressed (the report refers to a lakh which is an Indian unit of 100,000). Puliyel comments in the report:
“Peer reviewed journal Vaccine, published a letter written by me and a colleague, asking for disaggregated data on the number of intussusceptions in Vellore in the randomized control trial during the 2 year study period. The protestation of the authors that the vaccine is safe has little meaning if they do not provide the data. However, the data is not available in the papers published and the peer reviewer of Vaccine and the Editor of this international journal felt that it needs to be provided. Serious concerns are raised if safety data in a vaccine trial done with Government of India funding is not provided in spite of a call for it in an internationally indexed scientific journal.”
In an earlier intervention on Pubmed (14 August 2014) Puliyel quoted actual figures:
Licensing the vaccine for general use (in remote areas of India), seems impossible to justify
I commend Dr John and colleagues for this report on the trial with the 116E Indian rotavirus vaccine. However the authors limit their discussion to comparisons with the trials of Rotarix and Rotateq which recruited some 60,000 patients each. It will be more useful to compare the 116E trial safety results with the RotaSheild vaccine trials http://www.path.org/vaccineresources/files/RotaShield_Fact_Sheet_CDC.pdf.
The RotaSheild trial recruited double the numbers recruited in the present 116E study. RotaSheild was licensed after the trial involving 14,687 patients (10,054 received the rotavirus vaccine and 4,633 received placebo). In the study there was one case of intussusceptions among the 4633 receiving placebo. This suggests that the ‘normal rate of intussusception’ was approximately 2/10,000, in that population. Five cases of intussusceptions occurred among 10,054 RotaSheild vaccine recipients. Thus there were an excess of 3 cases of intussusceptions for each 10,000 children vaccinated. All the intussusceptions were among infants who received a second or a third dose of vaccine. The difference between the vaccinated and placebo recipients was not statistically significant http://www.path.org/vaccineresources/files/RotaShield_Fact_Sheet_CDC.pdf.
With the 116E vaccine trial there were 6 cases of intussusceptions in 2267 controls which works out to be 2.6 cases per 1000 placebo recipients. The ‘normal rate of intussusception’ in this study was at least 10 times higher than the RotaSheild trial (where it was 0.2 cases per 1000 placebo recipients). There were 17 cases of ultrasound confirmed intussusceptions among the 4532 given the 116E vaccine which is 3.75 cases per 1000 babies vaccinated. The comparative figure for the RotaShield study was 0.5 cases/1000. In the 116E trial there was an excess of 1 case of intussusceptions for every 1000 children vaccinated with the rotavirus vaccine (compared to the RotaSheild trial where there were 3 excess intussusceptions per 10,000 vaccinated). RotaSheild vaccine was withdrawn after licensing, on account of unacceptable risk of intussusception. The risk of intussusception in the 116E trial was three times higher than with the RotaSheild trial. We are told that in the 116E trial, 50% intussusceptions diagnosed by ultrasound, resolved spontaneously John J, 2014. In the remaining 50% there is need for urgent treatment by a radiologist or pediatric surgeon. In remote parts of India, without motorable roads, let alone radiologists and pediatric surgeons, mortality will be near 100% http://emedicine.medscape.com/article/930708-overview. Such specialized care (radiological or surgical reduction of intussusception) is not available in vast swathes of India and we can assume vaccinated babies would die at home passing blood and mucus in the stools and it will be presumed they had died of dysentery and sepsis rather than intussusception caused by the vaccine.
Intussusception risks compared to diarrhea deaths avoided
Assuming only 50% ultrasound diagnosed intussusceptions need urgent treatment John J, 2014 we can assume that one child in 2000 vaccinated babies will develop this life threatening condition. The possible harm in remote areas (deaths from intussusceptions 1/2000) is not offset by benefits (diarrhea deaths avoided using the 116E vaccine).
In the first two years after vaccination, there number of infants that needed to be immunized to prevent one episode of rotavirus diarrhea of any severity was 21 Bhandari N, 2014. Assuming mortality from rotavirus diarrhea to be 1% in the first 2 years of life with community management Lal S, 1994 Kosek M, 2003 2100 babies will have to be vaccinated to prevent one death from diarrhea in the first 2 years of life.
When 2100 babies are vaccinated to prevent that 1 death from rotavirus diarrhea - 1 child will have intussusceptions and die in remote areas of the country. This is why, given the limited evidence of this 116E trial, licensing the vaccine for general use (in remote areas of India), seems impossible to justify.
Although Rotashield vaccine has long been withdrawn the two current US products (GSK’s Rotarix and Merck’s Rotateq of which Paul Offit was part inventor) are also associated with intussusception, mortality and contamination with pig viruses, despite which the FDA the continues to license them.
John Stone is UK Editor for Age of Autism.