Friday, May 18, 2012

All old civilizations banned Cow Slughter and Beef



COWS IN EASTERN WORLD

(Gratefully acknowledged; Quoted from Wikipedia)
In Burma
The beef taboo is fairly widespread in Burma, particularly within the Buddhist community. In Burma, beef is typically obtained from cattle that are slaughtered at the end of their working lives (16 years of age) or from sick animals.[22] Cattle is rarely raised for meat; 58%of cattle in the country is used for draught power.[22] Few people eat beef, and there is ageneral dislike of beef (especially among the Bamarand Burmese Chinese),[23][24] although it is more commonly eaten inregional cuisines, particularly those of ethnic minorities like the Kachin.[25] Buddhists, when giving up meats duringthe Buddhist lent (Vassa) or during Uposatha days, will forego beef first.[26] Almost all butchers are Muslim, notBuddhist, because of the Buddhist doctrine of ahimsa (no harm).[27]
During the country's last dynasty, the Konbaung dynasty, habitual consumption of beefwas punishable by public flogging.[28]
In 1885, Ledi Sayadaw, aprominent Buddhist monk wrote the Nwa-myitta-sa (နွားမေတ္တာစာ), a poetic prose letter that argued that Burmese Buddhists should not kill cattle and eat beef, since Burmese farmers depended on them as beasts of burden to maintain their livelihoods, that the marketing of beef for human consumption threatened the extinction of buffalo and cattle and that the practice and was ecologically unsound.[29] He subsequently led successful beef boycotts during the colonial era, despite the presence of beef eating among locals and influenced a generation of Burmese nationalists in adopting this stance.[29]
On 29 August 1961, the Burmese Parliament passed theState Religion Promotion Act of 1961, which explicitly banned the slaughtering of cattle nationwide (beef became known as todo tha (တိုးတိုးသား); lit. hush hush meat).[30] Religious groups, such as Muslims,were required to apply for exemption licences to slaughter cattle on religiousholidays. This ban was repealed a year later, after Ne Win led a coup d'étatand declared martial law in the country.
In Zoroastrianism
Further information: Vohu Manah
The term "geush urva" means the spirit of the cow and isinterpreted as the soul of the earth. In the Ahunavaiti Gatha, Zarathustra (or Zoroaster) accuses some of hisco-religionists of abusing the cow.[31] Ahura Mazda tells Zarathustra toprotect the cow.[31]
The lands of both Zarathustra and the Vedic priests were those of cattlebreeders.[32] The 9th chapter of the Vendidad of the Avesta expounds the purificatory power of cow urine.[33] It is declared to be a panacea for allbodily and moral evils
 InEast Asia
InChina
The beef taboo, known as niú jiè (牛戒), has historically been animportant dietary restriction in China, particularly among the Han Chinese, as oxen and buffalo (bovines) areuseful in farming and are respected.[34][35] During the Zhou Dynasty, they were not often eaten, even byemperors.[36] Some emperors banned killing cows.[37][38] Beef is not recommended in Chinese medicine, as it is considered a hot foodand can disrupt the body's internal balance.[39]
In written sources (including anectodes and Daoist liturgical texts), thistaboo first appeared in the 9th to 12th centuries (Tang-Song transition, with the advent of pork meat.[40]) By the 16th to 17th centuries, thebeef taboo had become well accepted in the framework of Chinese morality andwas found in morality books (善書), with several books dedicated exclusively to this taboo.[40] The beef taboo comes from a Chineseperspective that relates the respect for animal life and vegetarianism (ideasshared by Buddhism, Confucianism and Daoism, and state protection for draught animals.[40]) In Chinese society, only ethnic andreligious groups not fully assimilated (such as the Muslim Huis and the Miao) and foreigners consumed this meat.[40] This taboo, among Han Chinese, led Chinese Muslims to create a niche for themselvesas butchers who specialized in slaughtering oxen and buffalo.[41]
Some worshippers of Guan Yin do not eat beef.[42] Occasionally, some cows weeping before slaughter, and they are oftenreleased to temples nearby.[43][44][45][46][47][48][49][50][51]
 InJapan
Historically, there was a beef taboo in Japan, as a means of protecting thelivestock population and Buddhist influence.[52] Meat-eating had long been taboo inJapan, beginning with a decree in 675 that banned the consumption of cattle,horses, dogs, monkeys and chicken, influenced by the Buddhist prohibition ofkilling.[53] In 1612, the shogun declared a decreethat specifically banned the killing of cattle.[53] This official prohibition was in placeuntil 1872, when it was officially proclaimed that Emperor Meiji consumed beef and mutton, whichtransformed the country's dietary considerations as a means of modernizing thecountry, particularly with regard to consumption of beef.[53] With contact from Europeans, beefincreasingly became popular, even though it had previously been consideredbarbaric.[52]
In Ancient Egypt
The ancient Egyptians sacrificed animals, but not the cow because it wassacred to goddess Hathor, and also due to the contemporary Greekmyth of Io, who had the formof a cow.[54]
In Egyptian mythology, Hesat was the manifestation ofHathor, the divine sky-cow, in earthly form. Like Hathor, she was seen as thewife of Ra. In hieroglyphs she is depicted as a cow with a hat.













--


Wednesday, April 25, 2012

Is dairy cow fertility a lost cause?

Published 31 August 10

A sea change in farmers' attitudes is needed if the problem of poor fertility is to be solved in the modern dairy cow population.
This message from Marco Winters, head of genetics for DairyCo Breeding+, reflects the fact that although daughter Fertility Index has been regularly published for bulls for over five years, there are many farmers who still disregard this index when selecting their AI sires.
This could mean they are positively breeding against good fertility.
"Every individual's breeding policy is clearly a matter of personal choice, but I'd say to any farmer who complains about poor cow fertility that he has the tools to change it within his grasp," says Mr Winters. "Of course, it's well known that management plays a big part in a herd's overall reproductive performance, but there's no question that you can stack the odds in your favour by bringing in fertile genetics."
This argument is based on two pieces of clear and unambiguous evidence.
"The first is illustrated in a new graph which shows that as farmers have used bulls with higher and higher Predicted Transmitting Abilities (PTAs) for milk production, their PTAs for Calving Interval have got worse - in other words, they've got longer," says Mr Winters.
Graph 1 - which shows the genetics of the AI sires farmers have used over the past 20 years - clearly illustrates this effect.

Graph one: PTA for Milk Production and Calving Interval for AI sires used on British farms over 20 years
 fertility graph 1

But something different clearly happens in 2005," he says. "The lines very strongly diverge to indicate that while selection has continued in favour of milk production, genetics for calving interval have started to improve.
"This is excellent news - not just because it tells us that since 2005, when Fertility Index was introduced, some farmers have been considering fertility when selecting their AI sires," he says.
"But perhaps more importantly it tells us it's possible to continue to breed for better production, without sacrificing fertility."
This is extremely encouraging for the future fertility of the UK dairy cow population as it offers the realistic hope that we can make future improvements through better breeding.
This is corroborated in the second piece of compelling evidence, which is illustrated in graph two.


Graph two: PTA for Calving Interval of UK dairy cows and the AI sires used on British farms

 fertility graph 2
This graph shows the genetics for calving interval only, firstly in the cows in the national herd (blue line); then in the choice of AI sires (red line). The cows are referred to by year of birth; the AI sires by their year of use.
As the lines go up, so the genetics for calving interval gets worse - and it's worse in the sires (and therefore future generations) than the cows.
"What's also clear is that had there been a continuation of the trends of the 1990s, poor fertility would be an even greater problem today than is actually the case," says Mr Winters. "But that's hardly surprising as we had no Fertility Index at that time and farmers were selecting completely blind.
"But the introduction of Fertility Index in 2005 is immediately reflected in farmers' choice of sires, which is followed, a year later, in the genetics of the cows.
"And if we follow the choice of AI sires through to the animals that will be born in 2010 and 2011 (which we already know from inseminations recorded), we can see that these animals will have markedly better genetics for fertility.
"Those farmers who have adopted this strategy and are paying attention to Fertility Index are to be congratulated," continues Mr Winters. "And those AI companies who have embraced this index have played an important role in the process.
"But unfortunately, anecdotal evidence tells us that some AI companies do not readily publish this information and many farmers fail to request or take note of the index.
"I would urge these people - especially if they have a fertility problem - to use Fertility Index within part of a balanced breeding strategy.
"Screen on Profitable Lifetime Index [PLI] in the first instance, and then check those fitness indexes important to your herd and ensure you are using bulls which have strengths in the right areas. For many herds, the area which will need particular improvement is fertility, and today, it's possible to find more bulls on the market than ever before which will transmit good fertility on to their daughters."
Fertility Indexes are available for all proven sires on the DairyCo Breeding+ website at www.dairyco.org.uk. Here, it is also possible to re-rank the top PLI bulls for fertility, or a variety of other traits.
 Fertility Index (FI)
  • Describes the effect a bull will have on the fertility of his daughters.
  • Positive figures are desirable and improve daughter fertility.
  • Expressed on a scale of around -15 to +15 with each point representing, on average, a half day reduction in calving interval.
  • Calculated predominantly from daughters' calving interval and non-return rates, with a lesser contribution from associated fertility traits.
  • An average herd can reduce calving interval by around seven days in one generation by using the best FI bulls. These benefits accumulate over the generations.
  • A +10 bull's daughters are expected to have about a five day shorter calving interval than daughters of an average bull whose FI is zero. They will also have an improved non-return rate at 56 days of around four percent.

Box

Tom King milks the 200-strong Vortex herd near Dorchester, producing 11,612kg at 3.95% fat and 3.0% protein (12 mo rolling ave). Cell counts are 70,000 cells/ml; calving index is 400 days and replacement rate is under 20 percent. A finalist in the RABDF/NMR Gold Cup, 72% of the herd is classified VG or EX.

Tom says: "Almost since the fitness indexes were introduced by DairyCo we have used them heavily because we are absolutely convinced that they work.
The indexes are strongly linked with what we see in the cows and we see a strong association between a bull's Fertility Index and actual performance. Our Oman daughters bear this out. The bull has a Fertility Index of +4.6 and his first calf daughters' average conception rate is almost 80 percent. This compares with another bull we've used whose daughters have conceptions rates down at 25 percent. This bull's daughters are pulling the whole herd down but we used him before we realised his Fertility Index was lower than -15.
We've focussed heavily on SCC Index in the past, but today we are moving our focus more

Breeding to improve INDIAN COWS



Breeding to improve INDIAN COWS

Improving milk productivity of Indian cow has been pursued for many a decade in India. It is conceded that average yield of an Indian cow is very low at about 1000 liters/lactation, when compared to the better Indian cows giving 3000 to 4000 liters per day. Cross breeding by exotic European breeds is the best alternative to improve the genotype milk producing capability of the low yielding Indian cows. But it has to be well appreciated that best Dairy cows expected to provide better than 9000 liters /lactation have an average Dairy life in USA of 3.4 lactattions. This strategy is not expected to work in Indian cultural traditions. We would much rather be happy with our cows giving around 2000 liters/lactation and with an average of ten lactations.
This should give a bench mark for improving milk yield of Indian cows, with an upper limit of about 3000 liters.
Second consideration is about choice of exotic breeds to be considered for upgrading. It is now established that Indian breeds of cows belong to the ‘ancient’ breeds of cows that are known to produce A2 type milk in which BCM7 is not present in any significant proportions.   It thus becomes important that by cross breeding no change is to other type of milk and A1 type is not introduced in Indian breeds of cows. HF breed has been  the logical choice for cross breeding of Indian cows. Now that scientific evidence has emerged that HF cows are genetically producers of known to give A1 type of milk. Thus it is of utmost significance that HF should be excluded from choice of exotic breeding options for Indian cows.  The next alternative is Jersey cows. It is known that Jersey cows produce A2 type of milk. Average Jersey milk production is about 5000 liters/lactation. This milk productivity also matches the best potentials of Indian cows’ milk production.  Thus Jersey should be considered to the exclusion of HF for exotic blood for cross breeding of Indian cows.    


1.  AI as Breeding Practices:-
    AI (Artificial Insemination) is indeed a marvel of modern veterinary science. In US success rates of AI exceeding 80% are common, as also  same cows delivering by AI more than ten calves in  good Dairy farms  is not an exception.
1.1.1 AI Experience in India
   With best of our efforts in last 60 years, it has not been possible to achieve overall AI success rates better than 25% in India. Under controlled conditions even 80% success with AI has been achieved in India. With best of Govt. whole heartedly supported efforts, the resulting  poor performance of  30 % national success rates of AI should be a lesson to rethink about alternatives to AI in India.
 Economic hardship of farmers due to extended dry period on account of deficient AI delivery has never been assessed by anybody in India.
1.1.2. Repeatedly failed AI cattle become infertile.
Failed AI attempts give rise to fibroids in the vagina of a cow.  After a few calving these fibroids render a good fertile cows incapable of future conception. Loss of good milk yielding cows due to infertility has also never been assessed in the Indian Animal Husbandry practice. By poor AI delivery apart from tremendous burden on farmers in feeding cows for the extended dry period, excellent milk cattle is being turned infertile.
Infertility and AI (International Experience)
 Is Dairy Cow Fertility A Lost Cause?
A sea of change in farmers' attitudes is needed if the problem of poor fertility is to be solved in the modern dairy cow population, says Marco Winters, head of genetics for DairyCo Breeding+, in an article written for Dairy Farmer.
This message from Mr Winters reflects the fact that although daughter Fertility Index has been regularly published for bulls for over five years, there are many farmers who still disregard this index when selecting their AI sires.

This could mean they are positively breeding against good fertility.

"Every individual's breeding policy is clearly a matter of personal choice, but I'd say to any farmer who complains about poor cow fertility that he has the tools to change it within his grasp," says Mr Winters.

"Of course, it's well known that management plays a big part in a herd's overall reproductive performance, but there's no question that you can stack the odds in your favour by bringing in fertile genetics."

This argument is based on two pieces of clear and unambiguous evidence.

"The first is illustrated in a new graph which shows that as farmers have used bulls with higher and higher Predicted Transmitting Abilities (PTAs) for milk production, their PTAs for Calving Interval have got worse - in other words, they've got longer," says Mr Winters.
Graph 1 - which shows the genetics of the AI sires farmers have used over the past 20 years - clearly illustrates this effect.
Graph 1: PTA for Milk Production and Calving Interval for AI sires used on British farms over 20 years
http://www.theDairysite.com/articles/contents/08-29-10pic1.gif
But something different clearly happens in 2005," he says. "The lines very strongly diverge to indicate that while selection has continued in favour of milk production, genetics for calving interval have started to improve.

"This is excellent news - not just because it tells us that since 2005, when Fertility Index was introduced, some farmers have been considering fertility when selecting their AI sires," he says.

"But perhaps more importantly it tells us it's possible to continue to breed for better production, without sacrificing fertility."

This is extremely encouraging for the future fertility of the UK dairy cow population as it offers the realistic hope that we can make future improvements through better breeding.

This is corroborated in the second piece of compelling evidence, which is illustrated in graph two.
Graph 2: PTA for Calving Interval of UK dairy cows and the AI sires used on British farms
http://www.theDairysite.com/articles/contents/08-29-10pic2.gif
This graph shows the genetics for calving interval only, firstly in the cows in the national herd (blue line); then in the choice of AI sires (red line). The cows are referred to by year of birth; the AI sires by their year of use.

As the lines go up, so the genetics for calving interval gets worse - and it's worse in the sires (and therefore future generations) than the cows.

"What's also clear is that had there been a continuation of the trends of the 1990s, poor fertility would be an even greater problem today than is actually the case," says Mr Winters. "But that's hardly surprising as we had no Fertility Index at that time and farmers were selecting completely blind.

"But the introduction of Fertility Index in 2005 is immediately reflected in farmers' choice of sires, which is followed, a year later, in the genetics of the cows.

"And if we follow the choice of AI sires through to the animals that will be born in 2010 and 2011 (which we already know from inseminations recorded), we can see that these animals will have markedly better genetics for fertility.

"Those farmers who have adopted this strategy and are paying attention to Fertility Index are to be congratulated," continues Mr Winters. "And those AI companies who have embraced this index have played an important role in the process.

"But unfortunately, anecdotal evidence tells us that some AI companies do not readily publish this information and many farmers fail to request or take note of the index.

"I would urge these people - especially if they have a fertility problem - to use Fertility Index within part of a balanced breeding strategy.

"Screen on Profitable Lifetime Index [PLI] in the first instance, and then check those fitness indexes important to your herd and ensure you are using bulls which have strengths in the right areas. For many herds, the area which will need particular improvement is fertility, and today, it's possible to find more bulls on the market than ever before which will transmit good fertility on to their daughters."
June 2011

    In this way AI is helping the cow slaughter industry.

 1.1.3. Inbreeding with AI is a well recognized problem in developed world Dairies also. In India as it is we have a lot of inbreeding trouble, AI is being performed for better cattle. But big potential loss of good cattle by inbreeding is inherent in AI.
1.1.4 - Spread of IBR by AI is a well established fact.
     IBR (Infectious Bovine Rhinotracheitis) has been an uncontrollable Zoonotic disease. Indian veterinary experts have the data of 20000 animals from Military Farms, Gaushala, Two Coordinated projects and 50 PG studies on this disease from India in support of this observation. It is reaching human population in the form of Swine Flu, Dengue fever, H1N1 infection, Common Cold and Cough spreading like epidemics in colder seasons.

  1.1.5. A more practical approach to AI in Indian context is not to overlook the advantages of Natural breeding methods. Normally when cost advantage of AI is demonstrated, the added cost born by the society to find resources for extended dry periods of cattle  due to failed AI attempts, cost of cows rendered infertile due to improper AI operations are not taken in to calculations. Total costs involved in maintaining the cold chain, semen storage facilities, infrastructure of semen collection, storage and distribution has never been taken in to consideration when comparing economics of AI with natural breeding practice.
 
    Overall total cost of natural breeding service under Indian conditions is far more advantageous than AI. 
 

1.1.7. AI and ET –Embryo Transfer – techniques can be practiced under controlled expert institutions and larger Goshalas  as  support for  the Field Services.   Investigations of genetic improvement of cattle worldwide indicate that 70% of genetic improvement in milk yield and other economic traits is through progeny testing only.  
    The annual genetic gain per year with progeny testing and with multiple ovulation and embryo transfer technology (MOET) with progeny testing is 1.8-2% and 3-4%, respectively.
 Considering all this ET technology for breed improvement should be given higher emphasis.  
 
1.1.8. Above analysis establishes that AI under highly controlled conditions (In good institutions) can serve as a fast short time strategy to reduce the time frame involved in breed improvement of lactating animals. AI in the long term, is not a sustainable, viable technique to be adopted by range agrarian society for all future breeding purposes.
Natural breeding by good pedigree bulls is the most sustainable and economically viable system.
Govt. should consider shrinking its present infrastructure on AI straw production centers, and AI services, by taking a very pragmatic view of their performance in the last many decades under Indian conditions. Saving to the national exchequer and hardships being faced by poor cattle owning farmers will be very significant. Large number of good cows that become infertile due to poor AI delivery practice will also be saved.
1.19. Pedigree Bulls.
Neutering Stray Bulls.
Govt. plans to cover bi AI  entire cow wealth of India has been in operation for the last 50 years. But till date AI facilities are reported to cover not more than 25% of Indian cows and buffaloes.  Bulk of the milk production of India obviously comes from unorganized sector cows. These cows and buffaloes depend on stray bulls for breeding. This results in spread of disease and decrease of milk productivity.
Govt. had many decades ago, very correctly laid down policy for neutering of all stray bulls.  Castration by mechanical means is the only method known in practice. Taming of a stray bull and performing castration is not an easy operation. Thus practically hardly any castration of stray bulls is done in India.
A medicine is reported to have been developed by Indian researchers many years ago to stop sperm production of Bulls and dogs. This medicine reported to be very regularly marketed in USA. But in India nobody knows about it. Neutered bulls still will perform the function of teaser bulls, and will be prevented from passing on their undesirable traits to cows in range.
Supply of pedigree Bulls.
Govt. has set up a number of bull development farms. But it is very important that all large Goshalas should be encouraged to participate in supply of pedigree male calves for breed conservation and improving the range cows. With increase use of farm machinery and tractors, everyone talks about ‘what to do with male calves’.  There is an immense need for good male calves for natural breeding purposes, and this aspect does not appear to have weighed with Indian planners. For supply of AI semen lot of attention is paid to evaluate ‘bulls for breeding soundness test ’ . For natural breeding most of the pedigree male calves will be any day better than non descript stray bulls for breeding.
2.  Cow - Milk productivity Improving targets(Indian Traditions)
 
As per Atharv Veda10.9.1 इन्द्रेण दत्ता प्रथमा शतौदना- First domesticated cow was developed to provide sustenance for up to 100 men, (this included milk and cow based agriculture produce). Considering the total milk and agriculture output attributable to good cow this is a reasonable statement even today.
Even during Mughal, cows giving 20 seers about 18 Kg milk were common according to historical records
. That would come to above 4000 kg of milk per cow in one lactation. Due to progressive loss of good pastures and decline in rural living standards, care of individual cows suffered greatly. Most male calves were reared for agriculture traction duties. According to Panini certain promising Male calves were selected for being raised as breeding bulls. They were called आर्षभ्य, Arshabhya. They were allowed to feed on two teats of their mother during weaning period. These male calves having breeding soundness after proper branding, were released for natural free breeding community service. Tattoo marking on the ears of a new born calf for breed evaluation and future breeding purpose has been tradition right fro Vedic period. Atharv Ved clearly stipulate ‘ लोहितेन स्वधितिना मिथुनम कर्णयो कृधि “Atharv ved  . Even in Kautilya’s Arthashastra Ear Tatoo marking of new born was a duty of persons incharge of cow care.    
It was sacred duty of the community to look after health and welfare of these bulls. Releasing a good male calf for breeding was considered an act of great charity. Today with loss of these traditions and knowledge, only stray bulls are left to wander around and provide the available service for natural breeding for nearly 80% of Indian cows. The result is that due to inbreeding and poor breeding bulls, average per lactation yield of an Indian cow has dropped to below 750 Kg of milk.  
3. Strategy for improving productivity of Indian breeds of cows.
3.1 Cross Breeding Option:
For the past many decades planners in India and Pakistan have been practicing cross breeding with high yielding HF cows to improve the milk yield of Cows, and AI as the standard method of breeding. Ai has been covered in details earlier in this note.
Coming to Cross breeding F2. F3 generations of cross bred cows are not reported to maintain the high expected milk yield.
I have personally checked with Pakistan farmers about the experience of cross breeding Sahiwal with HF there. Cross bed Sahiwals do not normally give more than 17 to 18 liters of milk per day. Similar is the experience in India.  In our Goshala in Delhi we have been able to milk yields of 16 to 18 liters from Indian Sahiwal and Gir cows.
Thus Cross breeding of our cows with HF is not as important as good feed, healthy environment, health care and good pedigree natural breeding practices. 
3.2 Targets for Milk yield of Indian breeds of Cows        
As per literature, few good milch breeds in India are considered for development . 1. Sahiwal, 2. Gir, 3. Red Sindhi and  4. Deoni.  Based on recent literature and  surveys, performance of dual purpose Indian cattle breeds viz. Tharparkar, Rathi, Kankrej is improving through selective breeding. These breeds are also popular among farmers.

1. Milk yield/lactation                   :           around 3000 kg
2. Lactation length                        :           305 days
3. Dry period                                 :           60 days
4. Service period                           :           60 to 90 days
5. Calving interval                         :           12 to 14 months
6. Fat %                                         :           4.5 to 5%
7. Adult body weight                   :           275 to 300 kg
8. Utility                                        :           Dual (milk and draft)
9. Resistance                                 :           Tick and tropical disease and mastitis
10. Casein type                             :           A-2 Beta casein polymorphism
11. Adaptability                            :           Tropical climate
12. Life span                                 :           20 years
13. Number of calving                  :           15-16


Indian Breeds in Brazil
By genetic improvement in Brazil hey have developed Indian Gir, Kankarej breeds to provide

    In India large number of identifiable phenotypes of Indian breeds of cows had evolved to suit the natural conditions, over the last thousands of years. Let us not consciously loose this nature’s precious gift to our country.


   





   

Tuesday, October 25, 2011

Cow Breed Improvement in India

Availability of good bulls for breeding of good cows is unavoidable , whether AI is promoted or natural breeding is carried out.
It is more than 60 years that Govt of India has been very seriously implementing AI programs all over the country. But according to information available 20% cows and 10% buffaloes have only been reached by AI programs.
That means 80% cows and 90% buffaloes have to depend on natural breeding with available to commnity 'STRAY BULLS'.In India in Vedic tradition it is considered a great charitable duty to donate a Bull for free community service.Vedic ceremonies of Shoolgawaa and Vrishotsarg in which once an year community used to perform a yagna to select a good male calf for breeding , make a permanent mark by hot branding and then release such a Bull for free community service.
Over long period this practice got degenerated. But leaving male cows free to loiter around is still considered an act of public service.
Most of such bulls are unsuitable for breeding. Realising this fact Govt of India had decided to take up the program to castrate all stray Bulls. The statistics on the number of stray bulls castrated so far in India is not available. But the fact remains that the program for castrating of stray bulls in India has practically stayed only on paper.
Castrating a Bull is not an easy procedure. Under the circumstances all efforts to produce excellent bulls will not help the 80% cows and 90% buffaloes of India.
I wonder if there are any possibility of a noninvasive techniques by giving some medicine by feed or injection, the sperm production in a bull can be stopped. This can be considered as an alternative to Castrating of Stray Bulls.
I am proceeding with researching and preparing the details of performing the Vedic ceremonies of Shoolgawaa and Vrishotsarg in which once an year community used to perform a yagna to select a good male calf for breeding , make a permanent mark by hot branding and then release such a Bull for free community service.
I wonder if Cow lovers will like to comment on the issues raised and suggest possible practically implementable strategies.
--

Sunday, October 23, 2011

Bulls released for free community breeding

In praise of Bulls AV 9.4
1.साहस्रस्त्वेष ऋषभः पयस्वान् विश्वा रुपाणि वक्षणासु विभ्रत। भद्रं दात्रे यजमानाय शिक्षन् बार्हस्पत्य उस्रियस्तन्तुमातान्।। AV9.4.1
Bull with thousands of bounties of high milk yielding healthy & beautiful progeny stored in its body is developed, engaged and set up by charitable, wise men to learn the art of breeding and stretching the line of good progeny of cows with strong healthy bodies.
2. अपां यो अग्रे प्रतिमा बभूव प्रभु: सर्वस्मै पृथिवीव देवी | पिता वत्सानां पतिरघ्न्यनां साहस्रे पोषे अपि न: कृणोतु || अथर्व 9.4.2
Waters (Primordial soup) played the primary role in creation of life. Bull performs the role of same importance as husband of cows and by fathering calves, and provides world with sustenance in thousands of forms (through agriculture and milk)
3.पुमानन्तर्वान्त्स्थविर: पयस्वान्‌ वसो: कबन्धमृषभो विभर्ति |
तमिन्द्राय पथिभिर्देवयानैर्हुतमग्निर्वहतु जातवेदा: || अथर्व 9.4.3
Bull symbolizes Vitality of life. There is no alternative to Bull as the personified embodiment of life sustainability.
4.पिता वत्सानां पतिरघ्न्यानामथो पिता महतां गर्गराणाम्‌|
वत्सो जरायु: प्रतिधुक्‌ पीयूष आमिक्ष्जा घृतं तद्‌ वस्य रेत: ||
अथर्व 9.4.4
Bull is husband of cows, father of calves. And is creator of vast quantities of Milk (through highly productive cows). The calf, the placenta, colostrums, then milk, curds, and ghee are only different manifestations of Bull semen.
5.देवानां भाग उप्नाह एषो3पां रस ओषधीनां घृतस्य|
सोमस्य भक्षमवृणीत शक्रो बृहन्नद्रिभवद्‌ यच्छरीरम्‌ || अथर्व 9.4.5
Bull is storehouse of divine motivating forces. Bull is source of nutritive and curative properties present in the form of different liquids, medicines and ghee. The intellectual motivating forces of सोम that initiate all constructive activity इन्द्र on ground follow from the existence of Bulls.
6. सोमेन पूर्ण कलशं विभर्षि त्वष्टा रूपाणां जनिता पशूनाम्‌ |
शिवास्ते सन्तु प्रजन्व इह या इमा न्यस्मभ्यं स्वधिते यच्छ या अमू: || अथर्व9.4.6
Bull is the source of all intellectual motivation force सोम. Bull alone is responsible for calves of different colors and shades. The cows that the Bull provides are source of far reaching progress, prosperity, motivational temperaments and capabilities of the society.
7. आज्यं विभर्ति घृतमस्य रेत: साहस्र: पोषमस्तमु यज्ञमाहु: |
इन्द्रस्य रूपमृषभो वसान: सो अस्मान्‌ देवा: शिव एतु दत्त: || अथर्व9.4.7
It is the semen of Bull that is the ghee for the Yajna of life by which good healthy, right thinking progeny is born for a welfare sustainable society.

8.इन्द्रस्यौजो वरुणस्य बाहू अश्विनोरंसौ मरुतामियं ककुत्‌ | बृहस्पतिं संभृतमेतमाहुर्ये धीरास: कवयो ये मनीषिण: || अथर्व9.4.8
Aura of vitality of Bull is provider of prestigious temperament of humans who are ‘doers’ in society of tasks with far reaching effectiveness. The hump on its back is provider of all microbiological elements of growth promoting and disease preventing bounties. Bull is the precursor of human articulate speech capability of creative minds, wise men, and poets.
9.दैवीर्विश: पयस्वाना तनोषि त्वामिंद्रं त्वां सरस्वन्त्माहु: |
सहस्रं स एकमुखा ददाति यो ब्राह्मण ऋषमाजुहोति || अथर्व 9.4.9
As provider of agriculture and Nectar of milk the nutrition sources Bull is responsible for development of a meritorious society. Bull is truly exclaimed as an ocean of prosperity and welfare. Bull by its community service produces progeny of cows that has a single track purpose in its existence –the welfare of entire creation.
10. बृहस्पति: सविता ते वयो दधौ त्वष्टुर्वायो: पर्यात्मा त आभृत: |
अन्तरिक्षे मनसा त्वाजुहोमि बर्हिष्टे द्यावापृथिवी उभे स्ताम्‌ ||
अथर्व 9.4.10
Nature has endowed the Bull with vigor, intensity and life giving capabilities. Bull’s aura carries its creativity. With well planned and executed traditions Bull is released for free unrestricted wandering as community service. Open air and earth provide the dwellings for this Bull.
11. य इन्द्र इव दैवेषु गोष्वेति विवादत्‌ |
तस्य ऋषभस्याङ्गनि ब्रह्मा सं स्तौतु भद्रया || अथर्व9.4.11
Indra occupies his eminent position among gods by his innumerable virtuous actions. So let us also pay our obeisance to all parts in the body of the Bull.
Symbolism associated with various body parts of a Bull is described in the following mantras;
Much more detailed study is needed to fathom this symbolism. The following correlations are very commonly known.

12. पार्श्वे आस्तामनुत्या भगस्या स्तामनूवृजौ |
पार्श्वे Sides are अनुमत्या Providers of desired directions अष्ठीवन्तावब्रवीन्मित्रो ममैतौ केवलाविति || अथर्व9.4.12
†Âšüß¾Ö¬ŸÖÖî the Knees are मित्रः Protectors from evils आवृजो Flanks भगस्य Harbingers of good tidings
3.भसदादित्यानां श्रोणी आस्तां बृहस्पते: |
³ÖÃÖ¤Ëü Rumps आदित्यानाम Ground that supports all श्रोणी Thighs बृहस्पति Interceders in actions
पुच्छस्य वातस्य्देवस्य तेन धूनोत्योषधी | अथर्व 9.4.13.
¯Öã“”û´Ö Tail ¾ÖÖŸÖ Draft of air bearing medicines
14.गुदा असन्त्सिवाल्या: सूर्यायास्त्वचमब्रुवन्‌ |
गुदाAnusसिनीवाल्या for women engaged in chores of managing cow dung, Ÿ¾Ö“ÖÖ Skin सूर्याया Daughters of SUN ( Nutrition precursors of Vitamin D linkage)
उत्थातुरब्रुवन्‌ पद ऋषभं यदकल्पयन्‌|| अथर्व 9.4.14
¯Ö¤ü„ Feet ˆŸ£ÖÖŸÖã up standers providing support
15. क्रोड आसीज्जामिशंस्य सोमस्य कलशो घृत: |
क्रोड: Breasts जामिशंसस्य About sisterly affections कलश: Vessel is udder सोमस्य full of Mind motivator milk
देवा: संगत्य यत्‌ सर्व ऋषभं व्यकल्पयन || अथर्व 9.4.15
All dewataas divine powers collaborated to bestow Bull with these attributes.
16. ते कुष्ठिका: सर्मायै कूर्मेभ्यो अदुध: शफान्‌ |
ऊबध्य्मस्य कीटेभु: श्वर्तेभो अधारयन्‌ || अथर्व 9.4.16
कुष्टिक: dew-claws सरमायै For Watch Dogs, शफान्‌ hoof as Tools,‰ú¾Ö¬µÖ´Ö Dung कीट्भ्य: as insecticides
17.शृङ्गाभ्यां रक्ष ऋषत्यवर्ति हन्ति चक्षुषा |
शृणोति भद्रं कर्णाभ्यां गवां य: पतिरघ्न्य: || अथर्व 9.4.17
By his horn a bull provides protection from enemies- (This could also allude to Rudolph Steiner’s Bio Dynamic horn preparations of insecticides and plant growth promoter preparations)- And protects from famines by his observation (Satavalekar)-
By his ears Bull hears the voice of cows in heat desiring him for being their husband.
(This can be an area for research by modern veterinary science to detect estrus in cows by recognizing change in voice pattern of a cow in heat.)
18. शतयाजं स यजते नैनं दुन्वन्त्यग्नय: |
जिन्वन्ति विश्वे तं देवा यो ब्राह्मण ऋषभमाजुहोति || अथर्व 9.4.18
By donating a bull for community service, one participates in performing social services of great significance for maintaining growth of good cows. And thus protects the society from sufferings that befall a society that is not sustained by good cows.
19.ब्राह्मणेभ्य ऋषभं दत्वा वरीय: कृणुते मन: |
पुष्टिं सो अघ्न्यानां स्वे गोष्ठेपश्यते || अथर्व 9.4.19
Tradition of donating a bull for community service promotes benevolent, philanthropic, unselfish, charitable temperament in individuals and society. Growth of good cows is seen in such Community.

20.गाव: सन्तु प्रजा: सन्त्वथो अस्तु तनूबलम्‌ |
तत्‌ सर्वमनु मन्यन्तां देवा ऋषभदायिने || अथर्व 9.4.20
Vrishabhotsarg-वृषभोत्सर्ग tradition of releasing a Bull for community service provides means for expanding the number of good cows and ensures a healthy and prosperous society .
21. अयं पिपान इन्द्र रयिं दधातु चेतनीम्‌ | अयं धेनुं सुदुधां नित्यवत्सां वशं दुहां विपश्चितं परो दिव: || अथर्व 9.4.21
A good strong bull ensures good cows that give plenty of milk to provide excellent nutrition and mental development, ensures good male calves for agriculture and future Bulls, provides cows of friendly temperaments . This is as if this bull is thus procuring for us divine gifts from heavens.
22. पिशङ्गरूपो नभसो वयोधा ऐंद्र: शुष्मो विश्वरूपो न आगन्‌ |
आयुरस्मभ्यं दधत्‌ प्रजां च रायश्च पोषैरभि न: सचताम्‌ || अथर्व 9.4.22
The golden color of Sunshine brings (by photosynthesis) energy through growing agriculture. Bulls bring the bounties of sunshine to humans through cows (in the form of Carotenoids & Vitamin D) and bless us with good health, long life and provide vitality to our semen for having children to make the community prosperous and happy.
23. उपेहोपर्पर्चनास्मिन गोष्ठ उप पृङ्च न: |
उप ऋषभस्य यद्‌ रेत उपेन्द्र तव वीर्यम्‌ || अथर्व9.4.23
We pray for the Bull to be always available to us close at hand and to join with our herd for his vitality to produce progeny of cows for our welfare.
24.एतं वो युवानं प्रति दध्मो अत्र तेन क्रीडन्तीश्चरत वशां अनु| मा नो हासिष्ट जनुषा सुभागा रायश्च पोषैरभि न: सचध्वम्‌ ||
अथर्व 9.4.24
Youth full Bull (after proper selection and with permanent identity) is released for community service among cows for their playful enjoyment and for the herd to move about as they desire. By their growth in numbers cows continue to ensure welfare of society.

Friday, October 21, 2011

Attributes of a good Bull in Vedic literature

Veterinary anatomy experts are requested to kindly help in improving this interpretation.

Attributes (Breeding bulls,cows oxes)
वृषभ: सूक्त -विषय
5.3 Bulls For Breeding
5.3.1.1 AV 9-4-1
Bull Pedigree, breeding soundness

साहस्रस्त्वेष ऋषभः पयस्वान् विश्वा रुपाणि वक्षणासु विभ्रत। भद्रं दात्रे यजमानाय शिक्षन् बार्हस्पत्य उस्रियस्तन्तुमातान्।।
Bull with thousands of attributes like high milk yield healthy & beautiful progeny stored in its body is developed, engaged and set up by charitable, wise men to learn the art of breeding and stretching the line of good progeny of cows with strong healthy bodies.
Visible Marks of undesirable Bulls and cows
(Paninis AshtaDhyai confirms the Parashar samhita.)
5.2 पाराशर: गोलक्षणम्
वृषभ अशुभ वृष कथनम

5.2.1(22) ºÉÉ»ÉÉÊ¤É±É रूक्षक्ष्योमूषकनयनाश्च न शुभ प्रदा गाव:। प्रचलच्चिपिट विषाणां: करटा: खर ºÉqù¶É´ÉhÉÉǶSÉ**1.22
Cow with tearful, dry or rodent look alike eyes with flat or shaking horns, waste products and garbage eating, making sounds form head? Skin ash colored like that of donkey are not expected to sire good cows.
5.2.2(23) दश सप्तचतुर्दन्त्य: प्रलम्बमुण्डानामना विनतपृष्टा श्च ह्रस्वस्थूलग्रीवा यवमधया दारितखुरा श्च
Bulls with ten, seven or four teeth, disproportionately long face, raised hind, short stocky neck, small back, and frayed hoof are not expected to give good results.
5.2.3(24) श्यावाऽतिदीर्घ जिह्वा गुल्फै रति तनुभि रति वृहाद्भि र्वा। अतिकुकुदा: कृशदेहा नेष्टा हीनाधिाकाञ्गय श्च।। (24)
Black & White colored, with long tongue, dwarf or skinny or with incomplete or excessive body parts are not good features of Bulls (Could these references and mention of white and black colored cows be seen as hinting to HF Cows?)




5.2.4(25)
वृषभोऽप्येवं स्थूलातिलंबवृषण: शिराततक्रोड:।
स्थूलशिराचितगण्ड स्त्रिास्थानं महते यश्च।। ;25
Bull with stocky or very pendulous scrotum, ribs showing on stomach, varicose veins on face, oozing from three openings.
(It is confirmed that bulls and cows which swallow indigestible items like plastics keep on drooling from their mouth the undigested materials. This is also a fact that a very small surgery with local anesthesia known as
' rumenotomy' can remove such indigestible foreign matter from a cows' stomach to restore it to normal health)
5.2.5(26) मार्जारक्ष: कपिल: करटो वानशुभदो द्विजस्ये ष्ठः।कृष्णोष्टतालुजिह्व: श्वसनो यूथस्य घातकर:।। (26)
With eyes like that of a cat, brown colored, or crow colored, with black lips, pallet, tongue, short of breath bull does not bring good luck.
5.2.6(27) स्थूलशकृ न्मणिशृन्ग: सितोदर: कृष्णसार वर्णश्च। गृहजातो ऽपि त्याज्यो यूथविनाशावहो वृषभ:।। (27)
stocky anus and horns, white stomach or unusually complexioned bull should not be commissioned even if it is home born.
5.2.7(28) श्यामाक पुष्पचिताञ्गो भस्मा रूणसन्निभो विडालाक्ष:। विप्राणा मपि न शुभं करोति वृषभ: परिगृहीत:।। 28
Small limbed ash brown colored eyes like that of cats are not good as bull
5.2.8(29) ये चो द्धोरन्ति प्रादान् पञ्कादिव योजिता: कृशग्रीवा:। कातरनयना हीना: पृष्टत श्च तेन भारसहा: (29)
Bull which enjoy wallowing in mud & mire, drags his feet while walking, is short necked, small back or scary eyes is not good.

5.3 Good Bull Recognition
शुभ वृष कथनम
Traits of Good Bulls
5.3.1;30 मृदुसंहतता म्रोष्टा स्तनुस्पिफज स्ताम्रतालुजि ह्वाश्च। तनुहस्वो च श्रवण: सुकुक्षय: स्पष्टजंघांश्च।। (30)
Softly closed pinkish lips, small buttocks, pink tongue & pallet, small raised ears beautiful tummy & open thighs.

5.3.2(31) आताम्रसंहतखुरा ब्यूढोरस्का वृहत्ककुद्युक्ता:।
स्निग्धा श्लक्ष्णतनुत्व ग्रोमाण स्तुश्रिंञ्गाः।। (31)
Pinkish hoof, fleshy breast, large hump, shiny small haircoat , bronze colored small horns
5.3.3(32) तनुभूस्पृग्वालधयो रक्तान्तविलोचना मवासा:।
सिंहस्कन्धा स्तन्वल्प कंवला: पृजिता: सुगता:।। (32)
Long tail not heavy, Pink eye lines, heavy breather, small haired, of active temperament, is a good bull.

अनुडहो वृषभ: Ox bullocks for draft power

5.3.4(33) वामा वर्त्तै र्वामे दक्षिणपार्श्वे च दक्षिणावर्त्त्यैः । शुभदा भवन्त्युऽनुडुहो जञ्घाभि श्रैणकनिभाभि: (33)
Easily maneuverable to left & right & reverse, light of thighs like a deer is a good Ox
5.3.5(34) बैडूर्यमाल्लिकाबु दधुदेक्षणा: स्थूलनेत्राचर्माण:।
पार्ष्णिभि रस्फुटिताभि: शस्ता: सर्वेऽपिभारवहा:
Eyes like a cat's eye stone, a bud of Jasmine & a bubble of water & firm stable eyes, skin with firm heavy back make for good load bearing ox
5.3.6(35) घ्राणोद्देशे सवलि मार्जारमुख: सितश्च दक्षिणत:।कमलोत्पलकाभाक्ष: सुबालधिर्वाजितुल्यजव:
Ox having folds of skin on nose, eyes like a feline & a pair of lotus buds; beautiful tail is fast like a horse
5.3.7 (36) लम्बै वृषणै र्मेषो दरश्च सञ्क्षिप्तवञ्क्षणक्रोड:। ज्ञेयो भाराधवस हो जवे श्वतुल्य श्च शस्तफल:
Tall drooling scrotum, tight belly, taught shoulders make a good general purpose Ox.

Question for Indian Scientists

Vedic tradition called Pasture fed Cow’s milk AMRIT.
Ayrveda has also catalogued voluminous benefits of such milk, ranging from Physically, Mentally and Psychologically and Genetically benefitted better society.
Modern western educated veterinary and nutrition experts are suddenly finding all the virtues that our Rishis had described thousands of years ago. Ayurveda has already described in milk from a pasture fed cow of ancient breeds such as an Indian cows.
It is now fully established that only pasture/ green fed cow milk is rich in Omega3. Omega3 is among other things is a precursor for DHA and EPA.
Some of the praise of Imega3 from web sites is being given here.
My very simple question is are the modern western educated scientists not trying to rediscover the wheel when Indian Vedic tradition has already explained all this?
Why do at least our Indian Veterinary and Nutrition scientists not make an effort to read our Sanskrit literature to discover facts that western scientists may take a very long time to find out?

Omega-3’s Immune Health Benefits

The study is said to be the first to show that DHA (docosahexaenoic acid) and EPA (eicosapentaenoic acid) can affect gene expression to a more anti-atherogenic and anti-inflammatory status.
Lead researcher Lydia Afman told NutraIngredients: “The most exciting finding of this study is the demonstration of less pro-inflammatory gene expression profiles in peripheral blood mononuclear cells (PBMCs) after a 6 months fish oil intervention in a healthy elderly population.”
Because PBMCs are immune cells, and play a vital role in inflammation and the development of cardiovascular diseases, the results may go some way to explaining the cardio-protective effects of omega-3 fatty acids.
In addition to a large body of science linking DHA and EPA to improved cardiovascular health, the omega-3 fatty acids have also been linked to reduced risks of certain cancers, good development of a baby during pregnancy, improved joint health, and improved behaviour and mood
Results of the nutrigenomics study are published in the American Journal of Clinical Nutrition.
Study Details
Dr Afman and her co-workers from the Nutrition, Metabolism and Genomics Group at Wageningen University recruited 111 healthy Dutch elderly subjects and randomly assigned them to one of three groups: To consume 1.8 or 0.4 g of EPA plus DHA every day (Lipid Nutrition/Loders Croklaan), or to consume 4.0 grams of high-oleic acid sunflower oil per day, for six months.
Microarray analysis of gene expression in PBMCs revealed that that high EPA plus DHA supplement resulted in altered gene expression of 1040 genes, while the sunflower oil supplement altered gene expression of 298 genes.
“Of these genes, 140 were overlapping between the groups, which resulted in 900 uniquely changed genes in the EPA plus DHA group,” said the researchers.
Furthermore, the altered genes were involved in inflammatory- and atherogenic-related pathways, said the researchers.
“These results are the first to show that intake of EPA plus DHA for 26 weeks can alter the gene expression profiles of PBMCs to a more anti-inflammatory and anti-atherogenic status,” conclyuded the researchers.
Atherosclerosis, or hardening of the arteries, is a major risk factor for CVD.
Implications for Nutrigenomics
Dr Afman told this website: “PBMC gene expression profiles are known to be quite constant within persons but vary between persons in time. Therefore, it is interesting to observe that PBMCs gene expression profiles are susceptible to nutritional changes and represent effects that maybe difficult or even impossible to measure using other techniques.
“PBMC gene expression profiles are therefore promising candidates to be used as biomarkers for nutritional status or systemic metabolic health or - capacity.”
Source: American Journal of Clinical Nutrition



Omega 3 Influences Personality

Omega-3 polyunsaturated fatty acids may influence mood, personality and behavior, according to results of a study presented today by University of Pittsburgh School of Medicine researchers at the 64th Annual Scientific Meeting of the American Psychosomatic Society in Denver.

In a study of 106 healthy volunteers, researchers found that participants who had lower blood levels of omega-3 polyunsaturated fatty acids were more likely to report mild or moderate symptoms of depression, a more negative outlook and be more impulsive. Conversely, those with higher blood levels of omega-3s were found to be more agreeable.

"A number of previous studies have linked low levels of omega-3 to clinically significant conditions such as major depressive disorder, bipolar disorder, schizophrenia, substance abuse and attention deficit disorder," said Sarah Conklin, Ph.D., a postdoctoral scholar with the Cardiovascular Behavioral Medicine Program in the department of psychiatry at the University of Pittsburgh School of Medicine. "However, few studies have shown that these relationships also occur in healthy adults. This study opens the door for future research looking at what effect increasing omega-3 intake, whether by eating omega-3 rich foods like salmon, or taking fish-oil supplements, has on people's mood."

The American Heart Association recommends that all Americans consume fish, which is high in omega-3 fatty acids, twice per week. This recommendation is based upon evidence that a diet high in fish s associated with improved heart health and reduced risk for heart-related problems. While the cardiovascular benefit of increasing omega-3 intake is well recognized, relatively little is known of the potential mental health effects among the general public.

Comparisons were made by analyzing levels of omega-3 fatty acids in participants' blood and comparing that data to the participants' scores on three accepted tests for depression, impulsiveness and personality. The amount of omega-3 circulating in blood reflects dietary intake of the fatty acid. The study did not require participants to make changes in their normal diet habits.