A report of the results of clinical study of the biologically active peptide bioregulator of brain origin:

The biologically active Central Nervous System (CNS) peptide bioregulator, contains a complex of low-molecular peptides with molecular weight up to 10 000 Da, isolated from young animals – calves aged up to 12 months.

Nature’s Marvels™ Central Nervous System Peptide Bioregulators are manufactured in the form of capsules with a content of active substances of 10 mg.

Experimental studies have shown that the peptides possess tissue-specific action on the cells of the tissues from which they were isolated. Nature’s Marvels™ Central Nervous System peptides regulate metabolism processes in the brain cells, increase brain safety margins, having a favorable effect on the organism adaptation processes in extreme conditions, the possess anti-oxidative properties, regulating peroxide oxidation processes in the brain cortex. So it is possible to extrapolate an efficiency of administration of Nature’s Marvels Central Nervous System (CNS) Peptide Bioregulators for restoration of the function of the central nervous system and its disorders of various origins.

Treatment of central nervous system diseases is of specific urgency, because they lead to social adaptation disorder and invalidation of patients (2).

Now the treatment of patients with disease of central nervous system diseases in view of pathogenetic mechanisms is carried out using the following traditional therapeutic agents of various action types: (1, 3)

• Influence on metabolism and integrative functions of the brain (cerebrolysin, piracetam, encephalolysate).
• Normalization of cerebral and systemic circulation (stugeron, vinpocetine).
• Reduction of psychopathological signs (meridin, amitriptilin).
• Correction of changes of bioelectric activity of the brain (phenobarbital, convulex).
• Influence on liquorodynamic disorders (veroshpiron, furosemide).
• Prevention and inhibition of adhesive process (aloe, lidasa).
• Correction of immunopathological reactions (levamisole, tavegil).

The clinical studies of Nature’s Marvels Central Nervous System Peptide Bioregulators were carried out at the Medical Center of the Saint Petersburg Institute of Bioregulation and Gerontology of the Northwest Branch of the Russian Academy of Medical Sciences in 48 patients with various diseases of central nervous system: long-term effects of craniocerebral injury (the prescription of the injuries was from 1 year to 10 years), state after stroke, vascular encephalopathias, decrease in mental capacity, memory, attention during the period from October 2003 till February 2004. Distribution of the patients by clinical entities, sex and age is shown in the table 1. The patients of the main group have been taking CNS Peptide Bioregulator in addition to the general purpose medicines – 1-2 capsules, 2-3 times a day before meal for 10-20 days depending on intensity of the pathological process.

The control group consisted of 37 similar patients, which have only general purpose treatment.

All the patients have been taking symptomatic and pathogenetic drugs, these drugs have resulted in short-term therapeutic effect, which required increase in a dose of the drugs per treatment course and duration of their administration.

Table 1

Distribution of the patients by clinical entities, sex and age.

Examination methods

The efficiency of the Central Nervous System Peptide Bioregulator was assessed by dynamics of subjective parameters and objectively, using correction task and electroencephalography (EEG) methods.

Examination results

After administration of CNS Peptide Bioregulators in patients of the main group the clinical result was observed in 64.6% of cases, satisfactory – in 22.9%, absence of positive effect – in 12.5% of cases (control group – table 2). There were no negative influences of CNS Peptide Bioregulators on a condition of the patients.

Table 2

CNS Peptide Bioregulators efficiency in patients with diseases of central nervous system.

* Р<0.05 in comparison with parameters in patients after treatment using general purpose medicines

At comparison of subjective parameters of t condition of the patients before and after use of CNS Peptide Bioregulator it was established that the number of health complaints was 2-3 times less. The patients have noticed memory impairment, intelligence impairment, decrease in intensity and duration of headache, emotional disbalance, endurance and stamina, feeling of rest after night sleep (table 3).

In patients with consequences of craniocerebral injury and stroke there was a moderate regression of focal symptoms, improvement of speech function at motor and sensor aphasia, decrease in muscular spasticity.

Comparative assessment of influence of CNS Peptide Bioregulator and other methods of treatment on the integral function of the brain – attention and bioelectric activity of the brain was assesses using correction task and electroencephalography accordingly.

Table 3

Influence of CNS Peptide Bioregulator on subjective parameters of the state of health of the patients.

^# Р < 0.05 in comparison with the parameter in patients before treatment.

*Р<0.05 in comparison with the parameter in patients after treatment using general purpose medicines

Table 4

Influence of CNS Peptide Bioregulator on the dynamics of parameters of carrying out of correction task by the patients with diseases of central nervous system

*Р<0.05 in comparison with parameters in the group of patients before treatment

^#Р<0,05 in comparison with parameters in the group of patients after treatment using general purpose medicines

The results of carrying out by the patients of the correction task after treatment using various methods are shown in table 4. According to the table, the patients after treatment using CNS Peptide Bioregulator have higher number of symbols viewed and lower number of errors. The patients of the main group have received better results at analysis of the dynamics of carrying out of correction task before and after the treatment in comparison with the patients of the control group. It was expressed by absence of violent oscillations of the number of the symbols viewed per similar time periods, presence of “warming-up” period to the middle of the task performance and gradual decline of the curve to the end of the task, which is a sign of highest attention stability after treatment.

Assessment of CNS Peptide Bioregulator influence on bioelectric activity of the brain was carried out using visual analysis of EEG with distribution by types and calculation of alpha index before and after the treatment. EEG was carried out selectively to the patients with more expressed signs of pathological processes. The examination results are shown in the table 5.

Table 5

CNS Peptide Bioregulator influence on electorencephalogram type characteristic in patients with diseases of central nervous system

Before treatment the people examined in various groups predominantly had pathological EEG types (III, IV, V). III type of EEG was characterized by so called non-dominant curve at low amplitude level (below 30-35 mcV), presence of irregular alpha-activity or even its absence. IV type of EEG was characterized by particularly emphasized regularity of the rhythms, blurring of zonal differences. V type of EEG was characterized by presence of irregular slow activity with an amplitude over 35 mcV, sharp waves, paroxysmal discharges.

Patients after treatment using CNS Peptide Bioregulator had most intense changes of brain bioelectric activity. Is was seen on EEG first of all in the form of more clear modulation and restoration of zonal differences of alpha-rhythm, decrease in intensity of irritative processes, in some cases – elimination of paroxysmal discharges.

Table 27

CNS Peptide Bioregulator influence on the dynamic of alpha index changes in patients with diseases of central nervous system

* Р<0.05 in comparison with parameters in the group of patients before treatment;

^#*Р<0.05 in comparison with the parameter in the group of patients after treatment using general purpose medicines

Besides visual EEG assessment there was a calculation of alpha index in patients before and after treatment (table 6). It was established that under the influence of the treatment there was a reliable increase in the alpha index in the patients of the groups examined. However the decree of change of alpha index in patients, receiving different treatment was different. Alpha-index value was reliably higher in the group of patients after treatment using CNS Peptide Bioregulator in comparison with the parameters in other groups.

Conclusion

On the basis of the data received it is justifiably to draw a conclusion that activation of reserve capacity of the brain cortex using CNS Peptide Bioregulator helps to improve integral functions of the brain.

Thus the results of clinical study testify the efficiency and expediency of use of CNS Peptide Bioregulator for complex treatment and prophylaxis of the diseases of the central nervous system of various origins.

CNS Peptide Bioregulator does not result in side effects, complications and drug dependence; there were no contraindications for carrying out of clinical studies.

It  can be used for treatment and prophylaxis, including in combination with any means of symptomatic therapy, used for neurological practice (vascular, nootropic, resolving, anticonvulsants, vitamins etc.)

Recommendations for use

Nature’s Marvels CNS Peptide Bioregulator is recommended for acceleration of restoration of the brain functions after the craniocerebral injury, stroke, intellectual disorders and the influence on the organism of various extreme factors. It’s also indicated to elderly people for maintenance of the mental capacity.

It is recommended to take Nature’s Marvels CNS Peptide Bioregulator per os 10-15 minutes before meals 1-2 capsules 2-3 times a day for 10-20 days.

It may be desired to have one more course in 3-6 months.

There are no contraindications and side effects for Nature’s Marvels CNS Peptide Bioregulator administration.

References

1. Kovalev G.V. Nootropic medicines. – Volgograd: Nizh.-Volzh. publishing house, 1990. – 368 pages
2. Treatment of nervous diseases: Translated from English/ Edited by V.K.Viderholt. – M.: Medicine, 1984. – 560 pages
3. Mashkovsky M.D. Medicines: Pharmacotherapy for doctors, manual: 2 parts. – Vilnius: ZAO “Gamta”, 1993.