ulei de peste

pisellino spune:

Azi i-am cumparat si eu micului meu robi ulei de peste de la farmacie, este produs de HOFIGAL si de maine incep sa i-l dau sper sa vedem efecte pozitive...


ajutor pentru robi: http://forum.desprecopii.com/forum/topic.asp?TOPIC_ID=144576

anca_27 spune:

Fetelor, am luat si eu din cel de la Lysi cu aroma de lamaie. Dar cat sa-i dau? Pe cutie scrie o lingurita. Nu e prea mult la 1 an?

Mami de Sara (8 dec 2008)
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Poarta-ma, mami!

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"Fii tu schimbarea pe care vrei sa o vezi in lume."(Mahatma Ghandi)

Al_Ma spune:

Si mie mi-a recomandat pediatra Lysi-ul, dar dupa prima lingurita Marei i-a venit sa verse, asa ca nu i-am mai dat. Am gustat si eu si mi s-a parut cah



Alina si Mara (27 iunie 2007)

Flavours spune:

eu alaptez si iau tot ulei de ficat de cod. nu am incercat de la firma pe care ati mentionat-o voi, asa ca nu pot sa compar gusturile... acum iau din asta: http://www.suplimente.ro/grasimi-sanatoase/ulei-de-ficat-de-cod-200ml.html eu iau mai multe chestii de aici ca am vazut ca au si uleiuri pure si chestii organice si de asta tot pun linkuri.
am luat mai demult si capsule cu ulei de ficat de cod de la un plafar din magazinul Bucur Obor, dar nu mai stiu numele ceva cu Nature nu stiu cum... cred ca se gasesc si online la Naturalia... dar presupun ca nu pot fi inghitite decat dupa o anumita varsta.

daca gustul e problema... nu merge amestecat in ceva lapte, suculet, mancare?

mami de Tudor (04.11.2009)

liliana83 spune:

Am vazut ca si anca27 a pus aceeasi intrebare, dar fiindca n-a primit niciun raspuns, voi repeta intrebarea: mamicile care dati ulei de peste copiilor, ce cantitate e recomandata pentru un copil de un an -un an si jumatate? Pe cutie scrie ca de la un an se dau 5 ml , dar , deasemnea , si mie mi se pare cam mult...

Inaf78 spune:

copilul meu are 3 ani si 7 luni. ii dau Ulei de Peste de la 6 luni. in mare parte mi am adus din strainatate fiindca in Romania nu se gaseau produse de acest fel ptr varste mici (cand avea el 6 luni). intre timp a aparut si pe piata romaneasca un produs special ptr.copii de la Lysi. cand am fost "in pana" de cel adus din strainatate i am luat de la LYSI: "Omega 3 Ulei de Peste" si i am dat doza specificata in prospect, adica 1 lingurita/zi.

am vazut aici ca unele mamici dau Ulei de Cod sau din Ficat de Cod. vreau sa va atrag atentia ca acest tip de Ulei este contraindicat la copii, deoarece contine multa Vitamina A, care este toxica la varste mici!!!

daca sunteti interesate de Articole Medicale de specialitate pe aceasta tema (cu benefiiciile Omega-3 Ulei de peste la copil), pun cateva indicatii:


http://www.pediatrics.org/cgi/content/full/115/5/1360


The Oxford-Durham study: a randomized, controlled trial of dietary supplementation with fatty acids in children with developmental coordination disorder.

117 children (aged 5-12 years) were randomized to
receive either the active LC-PUFA treatment (eye qTM [two capsules taken three times daily]) or matching placebo capsules (olive oil).

The Durham Trial used 558 mg of EPA, 174 mg of DHA and 60 mg of GLA.
If you took 2 x 500mg capsules or 1 5ml tsp. of eye q liquid, you would consume.


Richardson and Montgomery 2005 - The Oxford-Durham Study: A Randomized, Controlled Trial of Dietary Supplementation With Fatty Acids in Children With DCD (dyspraxia)
The Oxford-Durham study: a randomized controlled trial of dietary supplementation with fatty acids in children with developmental coordination disorder.
Richardson, A.J., Montgomery, P. (2005) Pediatrics 115 (5) 1360-1366
Web URL: View or download the full text of this article from Pediatrics here
Abstract: Background: Developmental coordination disorder (DCD) affects around 5% of school age children. In addition to the core deficits in motor function, this condition is commonly associated with difficulties in learning, behavior and psychosocial adjustment that persist into adulthood. Mounting evidence suggests that a relative lack of certain polyunsaturated fatty acids may contribute to related neurodevelopmental and psychiatric disorders such as dyslexia and AD/HD. Given the current lack of effective evidence-based treatment options for DCD, the use of fatty acid supplements merits investigation. Methods: A randomized controlled trial of dietary supplementation with omega-3 and omega-6 fatty acids versus placebo was conducted in 117 children with DCD aged 5-12 years. Treatment for 3 months in parallel groups was followed by a one-way crossover from placebo to active treatment for a further 3 months. Results: No effect of treatment on motor skills was apparent, but significant improvements for active treatment versus placebo were found in reading, spelling and behavior over 3 months of treatment in parallel groups (p< 0.01 in each case). Following the crossover, similar changes were seen in the placebo-active group, while children continuing with active treatment maintained or improved their progress. Conclusions: These results indicate that fatty acid supplementation may offer a safe and efficacious treatment option for educational and behavioral problems in children with DCD. Additional work is needed to investigate whether our inability to detect any improvement in motor skills reflects the measures used and to assess the durability of treatment effects on behavior and academic progress.
NON-TECHNICAL SUMMARY

Background

Developmental coordination disorder (DCD) – sometimes known as developmental dyspraxia - affects around 5% of school age children. By definition, children with DCD /dyspraxia show specific difficulties with motor coordination, but they also often have associated difficulties in learning, behaviour and social or psychological adjustment. The DCD / dyspraxia syndrome usually persists into adulthood, and the associated difficulties represent a huge cost not only to the individuals and families affected, but to society as a whole.

There is increasing evidence that nutrition could play a role in DCD/dyspraxia. In particular, it has been suggested that a relative lack of certain polyunsaturated fatty acids (particularly the omega-3 fatty acids found in fish oil) could contribute to dyspraxic difficutleis. These fatty acids are essential for brain development and function, and treatment studies have already shown that dietary supplementation with omega-3 can be of benefit in related conditions such as dyslexia and ADHD.

Few of the current treatment options for DCD/dyspraxia are backed by any firm evidence of their effectiveness, so the use of fatty acid supplements in this condition is worthy of investigation.

Methods

This was a randomized, double-blind, placebo-controlled trial, the only kind of study that can provide clear evidence of cause and effect.

117 children with DCD (all aged between 5 and 12 years) received dietary supplementation for 3 months. Half of them received a supplement containing 80% fish oil and 20% evening primrose oil (providing omega-3 and some omega-6 fatty acids). The other half received an identical-looking placebo supplement (containing olive oil), which was not expected to be of any benefit. Each child had an equal chance of receiving the fatty acid supplement being tested (the ‘active treatment’), and until the whole study had finished, no-one involved knew which children were receiving which treatment.

The study also involved an additional follow-up period of 3 months, during which the children who had been receiving the placebo ‘crossed over’ to treatment with the fatty acid supplement, while those who were already receiving this continued to do so. Although this part of the study was irrelevant to the main statistical analyses, it provided additional information that was of use both for interpreting the main results and for planning future studies.

During the main 3-month study period, the progress of children taking the fatty acid supplement (the ‘active treatment’) was compared with the progress of those on placebo treatment to find out if the supplement had any effects. Because children with DCD/dyspraxia usually show at least some features of either dyslexia or ADHD, progress in all three of these areas was assessed using age-standardised tests. Before treatment, and at the 3- and 6-month follow-up points, the children were therefore assessed not only for motor coordination skills, but also for both reading and spelling achievement and teacher ratings of behaviour and learning difficulties usually associated with ADHD.

Results

After 3 months of treatment in parallel groups, the changes in motor skills did not differ between the two groups on objective testing. However, children who received the fatty acid supplement showed significantly better progress in both reading and spelling than children who received the placebo. Similarly, active treatment was associated with highly significant reductions in ADHD-related symptoms according to teacher ratings of the childrens’ behaviour.

Following the one-way treatment crossover, similar improvements in behaviour, reading and spelling were observed for the children who crossed from placebo to active treatment, while children continuing with active treatment maintained or improved their progress.

Conclusions

This is the largest study to date of fatty acid supplementation in children with specific learning difficulties. Results indicate that fatty acid supplementation may offer a safe and efficacious treatment option for educational and behavioral problems in children with DCD/dyspraxia.

No advantages of fatty acid treatment were found, however, for the core deficits in motor skills. Instead, significant improvements in motor function were found for both groups of children over the 3-month study period. Additional studies would be needed to find out whether this large placebo effect arose from the particular test battery used to assess motor function, or some other factors. (No such placebo effects were found for reading, spelling or ADHD-type symptoms).

Further work is also needed to investigate the durability of the treatment effects that were seen on behavior and academic progress, and to find out whether these results may generalise to other age groups and populations. Previous studies have shown similar behavioural improvements in children identified with dyslexic or ADHD-type difficulties. Given the prevalence of these kinds of difficulties in the general population, large-scale controlled trials involving mainstream children are now warranted.





O mamica fericita!
(M.A. 21.06.2006)

Inaf78 spune:

„ Food And Behaviour Research (Registered charity no SC034604) - Nov 2003
For further information and free updates on this research, please visit www.fabresearch.org

Fatty Acids in Dyslexia, Dyspraxia, ADHD, and the Autistic Spectrum
Dr Alex Richardson, Senior Research Fellow, Mansfield College & University Lab. of Physiology, Oxford
· Scientific evidence suggests that imbalances or deficiencies of certain highly unsaturated fatty
acids (HUFA) may contribute to a range of behavioural and learning difficulties including ADHD,
dyslexia, dyspraxia, and autistic spectrum disorders. This could help to explain the strong familial
associations between these conditions and their common overlap within the same individuals.
· These omega-3 and omega-6 fatty acids are found in fish and seafood, some nuts and seeds and
green leafy vegetables. They are absolutely essential for normal brain development and function,
but are often lacking from modern diets. Everyone needs adequate dietary supplies of these
HUFA for mental and physical health, but research shows that some people may need higher
levels in their diet than others. Constitutional individual differences in metabolism that would
increase dietary requirements include:
1. difficulties in the conversion of simple essential fatty acids (EFA) into the more complex
HUFA that the brain needs, i.e. DGLA and AA (omega-6), and EPA and DHA (omega-3)
2. unusually rapid breakdown and loss of these HUFA
3. difficulties in recycling, transporting or incorporating HUFA into cell membranes.
There is some evidence for each of these factors in ADHD, dyslexia, dyspraxia, and autism.
· Food supplements of HUFA may therefore help in the management of these conditions.
Controlled trials have provided preliminary evidence for this in ADHD and dyslexia, but further
treatment trials are still needed, especially with respect to dyspraxia (now underway) and autism.
· Research indicates that omega-3 fatty acids are more likely to help than omega-6 (although both
are important for optimal brain function). Of the omega-3 fatty acids, the latest evidence indicates
that it is EPA - not DHA – that is likely to be most beneficial for these purposes.
· It is essential to recognise that ADHD, dyslexia, dyspraxia, or autistic spectrum disorders are
simply descriptive labels for particular patterns of behavioural and learning difficulties. In practice,
the individual differences between people with any of these labels are substantial, and most show
features of more than one of these conditions. Furthermore, fatty acid deficiency is clearly only
one possible contributory factor. There are many potential causes of behavioural and learning
difficulties; and for any individual, all such avenues should be investigated. For these reasons,
fatty acid supplements cannot be expected to help in every case, but potential indicators of a
good response to this approach include:
- Physical signs of fatty acid deficiency (excessive thirst, frequent urination, rough or dry
‘bumpy’ skin, dry, dull or ‘lifeless’ hair, dandruff, and soft or brittle nails)
- Allergic tendencies (such as eczema, asthma, hayfever etc.)
- Visual symptoms (such as poor night vision, sensitivity to bright light, or visual disturbances
when reading - e.g. letters and words may appear to move, swim or blur on the page)
- Attentional problems (distractibility, poor concentration and difficulties in working memory)
- Emotional sensitivity (such as depression, excessive mood swings or undue anxiety)
- Sleep problems (especially difficulties in settling at night and waking in the morning)
Ongoing research will help to clarify the importance of these features as indicators of relative
HUFA deficiency. Although common in dyslexia, dyspraxia, ADHD and autistic spectrum
disorders, they are certainly not confined to individuals with these conditions.

Further information
These are only summary notes from a full article by Dr Alex Richardson, available as a free handout from the website of
Food and Behaviour Research at www.fabresearch.org
Other information freely available there includes a range of factsheets and handouts on fatty acids and other aspects of
nutrition, references to scientific studies in this area, books and other information on these conditions.
Dr Richardson’s research is independent of commercial influences, and is currently supported by three charities: Food and
Behaviour Research, the Dyslexia Research Trust and Mansfield College, Oxford.

O mamica fericita!
(M.A. 21.06.2006)

Inaf78 spune:

http://www.omega3forchildren.co.uk/default/default.aspx
http://www.omega3forchildren.co.uk/articles/article_details.aspx?id=266
http://www.omega3forchildren.co.uk/articles/article_details.aspx?id=250

http://www.equazen.co.uk/default.aspx?pid=116

Produsele pe care le-am dat eu copilului: primul a fost InfantCare cu DHA de la TwinLab, apoi capsule speciale de pus in mancare Eye.Q.Baby de la Equazen, de la 2 la 3 ani Equazen eye q smooth, iar acum (de la 3 ani) ii dau Equazen eye q chews:
http://www.nextag.com/TwinLab-Infant-Care-Multi-573992948/prices-html
http://www.equazen.com/default.aspx?pid=146
http://www.equazen.co.uk/default.aspx?pid=22

O mamica fericita!
(M.A. 21.06.2006)

marumiha spune:

Din cite stiu eu firmele care fac si comercializeaza aceste produse naturiste sint f.multe.Aici in IT.am vazut multe feluri de capsule cu ulei de peste si preturi diferite ,parerea mea e ca trebuie data multa atentie la tot ce se cumpara ,trebuie citita bine eticheta mai ales cind se da la copii.Am vazut ca la noi in Ro.nu se obisnuieste ca aceste produse sa se tina in frigider .Si din cite stiu nu trebuie exagerat cu cantitatea consumata .Uleiul de peste trebuie certificat.


Poze

Happiness_4_us spune:

Lysi are ulei de peste special pentru copii, se numeste KrakkaLysi (krakka = copii) si este www.lysi.is/Neytendavara/Thorskalysi/Krakkalysi/" target="_blank">acesta iar cantitatea zilnica este urmatoarea:
- copii 1-5 ani 5 ml/ 1 lingurita/zi
- copii de la 6 ani in sus 10ml/ 1 lingura/zi.



Nana, Andrei Stefan ( 26.09.2007)
Povestea nasterii fluturasului!

"Nu-i nimic, ce daca... Tot ce-i rau o sa treaca!
Nu-i nimic.... Cad si mereu ma ridic!" Laura Stoica

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Fluturas iubit, sa nu uiti niciodata, ca mami este intotdeauna cu un pas in urma ta. Trebuie doar sa intorci privirea si sa intinzi manutza si mami te va ajuta in orice clipa!