GSD President’s Letter

Dear ADSA GSD,

This year many of us have had the prolonged chance to see that snow is very beautiful…as long as it doesn’t block your path or require shoveling!  Hopefully March will leave like a lamb, right into a sunny spring.  While you are still stuck inside, take advantage of the hot-off-the-press ADSA GSD newsletter:

–          Learn about the dairy industry in Japan!

–          Check out our new Transitional Member Profile, featuring past ADSA GSD                           President, Rachel Campbell!

–          Read about your fellow students in the Student Spotlights!

–          Free ARPAS exams will be available to ADSA GSD members at JAM!

–          Get an inside view of what it’s like to work for Purina Animal Nutrition in the Industry             Spotlight!

–          If you haven’t already, get a profile on myDairyCareer – even if you are not yet                      seeking a job, it’s a great networking opportunity and will be ready for you when the               time comes!

I hope each of you are able to attend the 2014 JAM in Kansas City! Your Advisory Council has been hard at work planning an exciting lineup of events – and we don’t think you will be disappointed! Please don’t forget to register for the 2014 JAM and sign up for all the ADSA GSD events!

Sincerely,

Amanda Sterrett

2013-2014 ADSA GSD President

Industry Spotlight

CMU

Name: Christie Underwood

Place of birth: Ruston Louisiana

What college did you attend?

Doctor of Philosophy; Animal and Dairy Sciences (emphasis: dairy transition cow and calf glucose metabolism); Louisiana State University; Baton Rouge, LA; August 2005.

Master of Science; Animal, Dairy, and Poultry Sciences (emphasis: dairy calf and heifer nutrition); Louisiana State University; Baton Rouge, LA; May 2001.

Bachelor of Science, Animal Science, summa cum laude; Louisiana Tech University; Ruston, LA; November, 1997.

What was your major? Animal and Dairy Science

What company do you work for currently? Purina Animal Nutrition

What is your position? Technical Sales Consultant- Calf and Heifer Specialist

Regional Calf and Heifer Specialist, Land O’ Lakes Purina Feed (Sept 2008- current),Southwest Region.  Serves as the regional calf and heifer technical consultant in the Southwest, working with sales personnel to develop solutions for improving young animal nutrition and performance on dairies. Facilitates new product demonstrations and launches. Captures customer insights and regional industry news for strategic sales and marketing planning. Lead the Southwest Dairy Young Animal team.

Did you always know that one day you would work in the dairy industry? I always wanted to work in agriculture and had a desire to work with people and animals.

What did you do career wise before joining your current company?

Dairy Nutrition and Production Consultant, Standard Dairy Consultants (May 2007- Sept 2008) Amarillo, TX.  Worked as a consultant specializing in large herd production nutrition and management for dairies and calf ranches. Building relationships with dairies and acquiring new accounts were primary emphasis.

Dairy Focus Representative, Cargill Animal Nutrition (August 2005-May 2007), Little Chute, WI. Responsibilities were being a member of the management team on dairies, evaluating herds, balancing rations, providing advice in general management of farms, diagnosing issues, and solving problems on dairies.

Graduate Research Assistant, Department of Dairy Science (June 1999-August 2005), Louisiana State University Agricultural Center, Baton Rouge, LA.  Duties included conducting thesis and dissertation research, assisting with other research projects, serving as a teaching assistant, and serving as an instructor for an independent study course and co-instructor for Applied Animal Feeds and Feeding. Responsibilities were daily feeding of calves and cows; collecting feed samples and weighing refused feed; mixing rations; collecting urine, blood, and rumen samples; conducting frequently sampled intravenous glucose tolerance tests on animals; conducting insulin tolerance tests; performing hyperinsulinemic euglycemic clamp tests in cows and calves; weighing cows and calves; and organizing projects.  Responsibilities included coordinating research projects and overseeing student workers in performing research oriented tasks.  Responsibilities also included laboratory analysis of plasma samples.   Duties also included statistical analysis of data and interpretation of results.

What helped you in your life to be prepared for working in the dairy industry? I raised calves as teenager. That experience gave me a very practical perspective.  I draw on these experiences in my daily job.

If you could give advice to any students both graduate and undergraduate’s looking for a career in the dairy industry what would it be? Take advantage of every opportunity to gain more knowledge and experience. Too often we focus on getting to the next step but fail to gain all we can from the road we are on.

If you could give advice to any student in general what would it be? Be passionate about your interest, always do what is right, and follow your dreams

What is your favorite part about your current position or company you work for? I really enjoy helping people.  Raising healthy calves is a one of my passions. Helping people raise a better calf is a very rewarding job.

What is your favorite part about the dairy industry in general? It is very fulfilling to be part of production agriculture and help feed the world.

Just for fun, what is your favorite dairy food? Smoked gouda cheese

International Spotlight – Japan

Japanese Dairy Industry

By Karmella Dolecheck, M.S. Candidate, University of Kentucky, Dairy Systems Management

Please enjoy a brief overview of the Japanese dairy industry.  Although I have never been to Japan, my sister has lived there for two years and I would like to visit someday.

cows

Introduction

Full-scale dairy farming did not begin in Japan until after World War II.  Even then, demand for milk was not high until the 1970s.  Since, Japan has been one of the fastest growing dairy industries.  Between 1975 and 1990, European countries increased cow numbers by 70% while Japan increased by 160%.  Average production per head each year grew from 5,600 kg in 1985 to 8,000 kg in 2010.  Now, yearly production per cow in Japan outranks France, England, Australia, and New Zealand.

Production

Dairy is Japan’s second biggest agriculture commodity (not surprisingly, rice is the first).  It represents about 1.3% of the total farms in Japan, but 10% of agriculture products.  One draw to the dairy industry is that a single dairy cow provides the income of 52 acres of rice fields.  Another advantage of dairy over rice is consistent, year-round income and less weather dependency.

With about 30,000 dairy farms and 1.8 million dairy cows, Japan averages 72 cows per herd.  Japan has experienced similar trends as the US in regards to decreasing herd numbers but increasing herd sizes.  Holsteins make up the majority of the dairy population, though some Jersey and Brown Swiss can also be found.

The majority of dairy farms are tie stall facilities found in narrow valleys or land located on the outskirts of urban areas.  However, pasture dairies are becoming more and more popular as the older generation of rice farmers is unable to use all of their land.  Additionally, some large pasture dairies exist on the island of Hokkaido because its northern climate is unsuitable for rice production.

Japan map

Like most countries, the largest production expenses on Japanese dairies are labor (23%) and feed (46%).  The majority (78%) of feed used on dairies in Japan is purchased rather than grown.  A large portion of feed is imported and, therefore, production costs are highly dependent on international grain markets and currency exchange.  Some local by-products used in dairy rations include soybean meal, coffee grounds, brewer’s grains, bean curd (tofu), and oil cake.

Only 15% of dairies are part of corporations and 80% of dairies have no full-time employees, making it more family reliant than other agricultural industries in Japan.  The biggest modern problem on dairies is lack of young people willing to continue on the operation.

Structure

A subsidy program for Japanese dairy production has been in place since 1965.  As part of this program, the government attempts to prevent market and price instability by setting production ceilings based on supply and demand.

In addition, producers organized a planned production system to protect farms from low prices in 1979.  Although technically voluntary, about 97% of dairy producers operate according to these guidelines.  This system works through the Japan Dairy Council who allocates production allowances to regions of Japan that, in turn, assign production allowances to individual farmers.

Before 2001, deficiency payments were awarded to dairy farmers annually based on the difference between the cost of production and the price received for raw milk.  Therefore, a dairy farmer’s income included the base income from the milk processor they sold to and deficiency payments from the government.  Now, farmers receive the market price and a fixed payment recalculated each year based on the milk demand and supply, as well as production costs.  This new policy has a built-in security measure that goes into effect if the price of milk is below the past three-year average.

Dairy Consumption

Japan produces approximately 7.5 million tons of raw milk every year.  Sixty percent of that milk is used strictly for drinking.  The remainder becomes cheese, butter, ice cream, yogurt, and other products.  There are close to 700 processing facilities located throughout Japan, but most of these are small.  Japan’s rate of domestic self-sufficiency in milk and dairy products is 69%, which is higher than most agricultural products in the country (wheat = 14% and beef = 39%).

Along with dairy farm growth, dairy consumption has increased in Japan.  Initially occurring as a result of school lunch programs, per capita consumption of milk and dairy products increased by 48% between 1975 and 1990.  In 1965, raw milk weight consumed yearly per capita was 38 kg.  In 2010, this number was 86 kg.  Even after this increase, consumption compared to other countries is low.  This is partially because the Japanese people do very little cooking with dairy products (milk, butter, cheese, etc.).  High prices also contribute to low milk consumption.  The average price of a liter of milk in Japan in 2009 was 214 yen or $2.09.  In comparison, the average price of U.S. milk in 2009 was $0.82 per liter.

japan diet

There are six kinds of drinking milk sold in Japan: whole milk, low-fat milk, fat free milk, component adjusted milk, processed milk, and milk beverages.  The term “milk” means that raw milk was heated for sterilization, but has had no other component added to it.  The Japanese Ministry of Health, Labor, and Welfare dictates that whole milk contain more than 3.0% of fat and more than 8.0% of non-fat solids.  Component adjust milk refers to the milk with 1.5 to 7.9% non-fat solids.  Processed milk is a mixture of milk and milk products (butter, cream, or skimmed milk powder).  Milk beverages are some combination of dairy products and non-dairy products.

Dairy Education

In 1998, the Japan Dairy Council initiated the Committee for the Promotion of Dairy Educational Farms.  After 3 years of research, they developed a program called the “Dairy Educational Farm Certification System.”  This system allows for dairies who meet safety and hygiene requirements to be classified as “appropriate to seek education from.”  In 2008, another certification program for facilitators to carry out education activities on farms began.  Three hundred and nine farms and 556 facilitators were certified by 2011.  Together these certified farms and facilitators educate the public about the dairy industry, emphasizing contributions the dairy industry makes to society.

japan milk ed1

japan milk ed2

References

Campo, I. S. and J. C. Beghin. 2005. Dairy Food Consumption, Production, and Policy in Japan. C. f. A. a. R. Dvelopment, ed. Iowa State University, Ames, Iowa.

Japan Dairy Council http://www.dairy.co.jp/eng/menu.html

Nakatsuji, h. Livestock Production. L. o. A. P. System, ed. Hokkaido University, http://ocw.hokudai.ac.jp/Course/Faculty/Agriculture/AgricultureInHokkaido/2009/page/materials/AgricultureInHokkaido-2009-Text-05.pdf.

Suzuki, N., and H.M. Kaiser. 1994. “Basic Mechanisms of Japanese Dairy Policy and Milk Market Models: A Comparison with United States Dairy Policy.” Journal of Dairy Science 77: 1746-54.

Transition Insight

rachel

Dr. Rachel Campbell Mertz received her BS, MS, and PhD all at NC State University in Food Science with a dairy focus. Her research focused on flavor chemistry of whey protein, serum protein, and milk protein concentrate. Rachel is currently a scientist at Kraft Food Ingredients working on process cheese formulation.

Q: Now that you are transitioning to a career, what is one thing you wish you knew prior to the start of the process?

A: I knew that it would be a different pace from graduate school, but it is very, very different for me.  I wish I knew “a day in the life of” my current job so I could better prepare for the less glamorous and more mundane corporate tasks.

Q: What has been the most difficult aspect of your transition and why?

A: The most difficult has actually been personal and not professional.  I do not have to do work all the time, like in grad school, and find myself with loads of spare time with nothing to do.  I need to pick up a hobby now!  I never had time for one before.

Q: Did you ever have any disagreements with your advisor?  If so, how did you handle it, or what is the best way to handle it?

A: Of course, we all have disagreements.  The best ways to handle those are to take a moment, think through your case and present it logically and without emotion.  Your advisor is a scientist too, and once you present the facts they will see things your way. If you are emotional about it, this can be hard.

Q: What do you think is the most important thing a current graduate or undergraduate student can do to improve their chances of finding a job immediately following school?

A: Network with your peers!  Those you are attending school with right now will get a job. Maybe they can get you a job too!

Q: How did your experiences with the ADSA GSD (or SAD) help prepare you for this job (i.e. networking, professional development, etc.)?

A: I ❤ the GSD.  It helped me develop professional leadership skills, it gave me great networking opportunities, and it even helped me further narrow my career goals.  Even better, while it was often a lot of work, it was fun to meet people across not just dairy foods but also dairy production.

Q: What do you look for in a job and how would you determine if that job is a fit for you?

A: I think at some point you have to realize you can’t have it all.  I personally made the decision to not go into academia because I wanted to “have a life” and have more balance.  That being said, I look for a good work-life balance, nice people, and a nice place to live.  I hope the job is interesting, but if I’m happy to come to work and see my co-workers and happy to go home because I like the area I live in, then that is enough for me.

Student Spotlights

Nuria Garcia-Fernandez Picture

Name: Nuria Garcia-Fernandez

Country of Origin: Spain

School: South Dakota State University

Degree: PhD in Biological Sciences

Year in School: 3rd year of PhD.

Area of Specialization: Dairy Science

Research Focus: My research project is focused on studying the role of exopolysaccharide-producing bacteria in biofilm formation on dairy separation membranes.

Future Plans: Continue doing research in the field of animal or food science with the objective of improving food safety.

Award Won: Schreiber Foods Graduate Student Poster Presentation Contest- 1st Place

Maneesha Mohan Picture

Name: Maneesha S. Mohan

Country of Origin: India

School: The University of Tennessee, Knoxville

Degree: PhD student

Year in School: 4th year

Area of Specialization: Milk proteins

Research Focus: Casein micelles and their properties on binding with hydrophobic compounds and on processing using ultra high pressure homogenization

Future Plans: Research the fundamental and processing aspects of dairy components, ingredients and products.

Award Won: DRI Graduate Student Paper Presentation Contest in Dairy Foods Research Award- 1st Place

Free ARPAS Exam at JAM!

ARPAS Exam FREE for all Graduate Students during JAM

The Governing Board of the American Registry of Professional Animal Scientists (ARPAS) is offering the ARPAS exam at no cost for graduate student members during the upcoming Joint Annual Meeting in Kansas City.

If you are interested in this tremendous opportunity to get ARPAS certification at very little cost to you, please check out the ARPAS website. It has the information you need to prepare for the examination process including:

1. Student membership information (membership is only $10 for current students)

-Student membership requires verification from major professor to qualify

-CEU’s are not required for full time graduate student membership

2. Application to take an exam (free to graduate students!)

3. Exams available (dairy, beef, swine, poultry, equine and more)

4. Sample exam questions – each exam consists of 100 multiple choice questions

5. Suggested study guides for each exam

Go to www.arpas.org for complete details on membership and taking the ARPAS exam.

This is a tremendous opportunity – membership is only $10 for students. ARPAS certification provides credibility and credentials in addition to formal education. It also provides an enhanced network of credentialed animal scientists, the leaders in the industry. Having ARPAS certification before a student enters the workforce gives them a distinct advantage over other potential employees, and will give potential employers another reason to hire them.

Don’t delay – visit the ARPAS web site today to get registered and begin preparing for the exam!

President’s Letter

Dear ADSA GSD,

As 2013 rolls to an end, it’s fun to look forward to a new year filled with new beginnings and new goals.  We would love to see one of those goals be to get more involved in your ADSA GSD by joining a committee!

Hopefully each of you will get some time off to relax over break, but I think we all know the sinking feeling on January 2 when we realize the 2014 ADSA JAM abstract deadline is six short weeks away!  To decrease some stress then, renew your membership early!  You can also register for the 2014 JAM now.  Be sure to attend all the exciting GSD events – we have some great ones planned thanks to all of your help and ideas!  Lastly, please pass the word on to new students that you know so they can reap the benefits, too!

The GSD Communications Committee has been hard at work getting together your December newsletter so stop on over and see what they have in store:

I hope you all are able to keep your New Year’s resolutions and have fun celebrating the season.

Happy holidays,

Amanda Sterrett

ADSA GSD President

cow christmas card for dec newsletter

Dairy Industry in India

Overview of Indian Dairy Industry

Pravin Sawale & Hitesh Kumar

Dairy Technology Division,

National Dairy Research institute, Karnal-132001, India

The dairy industry in India has been on a sturdy path of progression since Indian independence. The milk production of India has grown from 17 million tonnes (1951) to 127 million tonnes (2012) and expected to increase upto 190 million tonnes, worths 0.05 Lakh Billion by the year 2015.  Today, India is the world’s largest milk producer; accounting for more than 17% of the world’s total milk production. Still the per capita milk consumption is around 276 g per day. India has the largest cattle (185.2 million, 2.1 kg dairy yield/animal and contributed 38% of total milk production) and buffalo population (97.9 million, 2.6 kg dairy yield/ animal and contributed 54% of total milk production) total population in the world. Out of all bovine population in India, 40 percent are indigenous cows, 46 percent are buffaloes and 14 percent are imported European or North American cattle crossbreeds (6.9 kg daily yield/ animal). More than 67 percent of dairy animals are owned by marginal and small farmers. Interestingly, buffalo milk accounts for the largest share of the total milk produced in the country. The pricing policies totally based on fat contains, hence buffalo milk offers higher profit margins as compared to cow milk.

Milk production is growing 7% by volume and app. 5% by value. This progress is primarily attributed to structural changes in the Indian dairy industry (IDI) brought about by the advent of dairy cooperatives. A market size of IDI was USD 48.5 billion in 2011. With a Compound Annual Growth Rate (CAGR) of 16 percent, India represents one of the world’s most lucrative dairy markets. IMARC Group, one of the world’s leading research and advisory firms, finds in its new report entitled “Indian Dairy Market Report & Forecasts 2012-2017” that driven by a strong growth in both urban and rural demands, the market for milk products in India is expected to surpass US$ 163 Billion by 2017. The market size of milk and milk products (organized and non organized) is estimated about INR 0.036 Lakh Billion. The organized sector dairy market is growing 10% annually. About 50% of total milk produced in India is converted into Traditional Indian Dairy Products (TIDP).

The consumptions pattern of dairy products in India is chiefly skewed towards traditional products; however, westernized products are gradually gaining momentum in the urban areas. The percentage consumption pattern of different milk products in India are as follows; 1 liquid milk consumption accounts for 45.7% of total milk output, while 39% is converted into ghee and butter, 6.9% into dahi, 6.5% into khoa and similar milk sweet, 3.7% into milk powder including infant milk food, 1.9% into paneer, chhana and cheese, 0.6% into ice cream and khulfi, 0.2% into cream-0.2% and others dairy products absorbing the remaining 0.5%.

Despite India being one of the largest milk producing country in the world, India had neither been on the radar screen of many international dairy companies nor involved in major exports of dairy products till about the year 2000. In the 70’s, milk powder and butter oil paved the path for India in the international market. From 2000 onwards, milk powder, casein, whey products and ghee from Indian have started making their presence felt in global markets. Bangladesh, UAE, US, and Philippines are the major importer country of Indian dairy products. Indigenous milk products and desserts are becoming popular with the ethnic population spread all over the world. Therefore, the export demand for these has gone up tremendously, thus providing great potential for export. Ghee has been a regular export item from India since the 1930’s. Presently, Ghee has been exported to Nepal, Bhutan, Bangladesh, Middle East countries and a modest quantity to North America, New Zealand, and South Africa to serve the ethnic market.

Structure of Indian dairy Industry

In India, Operation Flood (since 1970) introduced co-operatives into the dairy sector with the objectives of increasing milk production, augmenting rural income, and providing fair prices for consumers. The village milk producer’s co-operative (a voluntary asso­ciation of milk producers in a village who wish to market their milk) is the fundamental unit in the cooperative system. Every milk producer can become a member of the co-operative society by buying a share and committing to sell milk only to the society. Each producer’s milk is getting money on the basis of quality of milk (fat and solids-not-fat percentage). In addition to milk collection, the societies are also provided other services such as cattle feed, artificial insemination (AI), and veteri­nary services. Village milk producers’ co-operatives in a district are members of their district co-operative milk-producers’ union. The Union processes buys milk from the all societies and then markets fluid milk and products. Most Unions also provide a range of inputs and services to the village societies—feed, veterinary services, artificial insemination, and other services—and have milk-processing plants to convert seasonal surpluses of liquid milk into milk powder and other conserved products. This allows the Union to ensure better returns to its members. (Rajendran et al., 2004)

Milk Production in India

Popular Indian Dairy Products

India is the highest producer of buffalo milk in the world. Buffalo milk is not suited for manufacture of certain western dairy product due to its certain limitation. But in India, it is particularly appropriate for producing certain dairy products, viz. mozzarella cheese, feta cheese, domiati cheese, paneer, khoa and ghee etc. Pizza has become an international dish for which Mozzarella cheese is an essential ingredient. Middle East provides an enormous scope for specialty dairy products.

Dahi 

Dahi (resembles yoghurt) is a fermented dairy product from fermentation of cow or buffalo or mixture of milk by using suitable lactic acid bacteria (LAB). It is consumed in different form such as sweetened, blended with spices, salted, beverage “lassi”. Its therapeutic value has been described in the Ayurveda (Indian System of Medicine) literature from around 600AD. At commercial scale mixed starter cultures of lactic acid bacteria such as Streptococcus lactis, S. diacetylactis, S. cremoris in single or in combination with or without Leuconostoc species along with Lactobacillus acidophilus, L. bulgaricus, and S. thermophilus are used for dahi preparation (Kale et al., 2011), whereas at small scale production old dahi is used as starter to initiate the lactic fermentation in cool boiled fresh milk.

Dahi is a good vehicle for maintaining the beneficial bacterial population in the human gut. Addition of probiotic bacteria such as Bifidobacterium longum, Bifidobacterium bifidum, Bifidobacterium infantis, Lactobacillus rhamnosus, Lactobacillus acidophilus, and Lactobacillus delbrueckii ssp. bulgaricus along with starter induce additional therapeutic effect on consumer health such as anticancer effect, immune modulation effect, antibacterial, anti-diarrhea effect (Panesar, 2011).

Buttermilk

Buttermilk is a byproduct of Indian dairy industry which is obtained by churning of dahi. During the preparation, dahi is churned continuously until butter is not formed on the surface. The aqueous phase remaining after removing butter is called buttermilk. It consists components of milk such as protein, lactose, and minerals. Buttermilk also consist milk fat globule membrane rich in phospholipids especially phosphotidylcholine (lecithin), phosphatidylethanolamine, and sphingomyelin, provides additional health benefits.

Shrikhand

Shrikhand is a semi soft, sweetish sour, whole milk product prepared from lactic fermented curd. The dahi is partially strained through a cloth to remove the whey and thus produce a solid mass called chakka (the basic ingredient for shrikhand). Furthermore, this chakka is blend with the required amount of sugar and flavor for obtaining shrikhand.

Ghee

Ghee is synonymous to clarified butter chiefly prepared from cow and buffalo milk It is generally prepared by heating cream or butter to above 100oC. Heating is responsible for development a typical kind of ghee flavour and loss in its water content. According to Ayurveda, ghee prepared from cow milk has health promoting effects. Ghee consist 98% glycerides and 0.3% moisture. In addition, it also consist of free fatty acids, phospholipids, sterols, sterol esters, fat soluble vitamins, carbonyls, hydrocarbons. Traditionally, ghee is prepared from butter (also known as Makkan) recovered after churning of dahi. To improve flavor and health promoting properties of ghee, the various kind of spices such as Cinnamon, Ginger, Cardamom and herbs such as Lavender, Marjoram, Rosemary, Sage, Thyme now been added into the ghee.

Paneer

Paneer is a famous traditional Indian dairy product analogous to fresh cheese like Queso blanco or Queso fresco and used in many recipes. It is a coagulated product prepared by coagulation of particularly buffalo milk with acid like lactic ,or citric or sour milk and pressing the curd in a muslin cloth to drain the excess whey (Masud et al., 2007). About 5% milk of total milk production in India is converted into paneer. it contains about 70% moisture, 15% milk fat and 15% milk protein. Particularly, buffalo milk is preferred for manufacture of paneer due to its rich in milk nutrients as compare to cow or goat milk.

Chhana

Chhana is also a heat acid coagulated product. It differ from paneer as no pressure is applies to drain the whey and its pH is slightly higher. Chhana is used as a base for a large variety of Indian delicacies namely Chhana gaja, sandesh, cham cham, rasmalai, patoha, raj bhog, chhana murki etc. It is also a heat acid coagulated product.Cow milk is better suited for chhana making because it produces chhana with soft body and smooth texture which is better for sweets. Rasogolla is the most common chhanna-based sweet. It is prepared using fresh and soft-chhanna.  It is in the form of balls 30 mm in diameter with a typical spongy body and smooth texture. It is stored and served in sugar syrup.

Khoa

Khoa is a type of heat desiccated milk product obtained from cow, buffalo or mixed milk by thermal evaporation of milk in an open pan with continuous stirring. It is used for making different types of sweets. Buffalo milk is preferred for preparation of khoa since it gives better yield. Buffalo milk khoa is white in color, smooth textured and granulated which makes it highly suitable for preparation of top-quality sweets. There are three kind of khoa; pindi, dhap and danedar (Dodeja et al., 2012). Final product should not have less than 20% fat on dry matter. A better quality of khoa is obtained from cow milk by additions of 5 % whey protein concentrates into it.

Peda is a sweetened dried granulated khoa based product which is prepared by heating mixture of milk and sugar with constant stirring till solid texture is not obtained and then made a small balls of 25-25g sized. There are different types of pedas available such as saffron peda, plain peda, brown peda (Raju et al., 2006). It has a characteristic light brown color due to caramelization of sugar.

Burfi is another popular khoa based confection. It is prepared by blending a pindi type of khoa with sugar syrup . The ingredients are kneaded together at 50ºC in a tray and allowed to set, followed by cutting into square pieces (Raju et al., 2006). Different types of burfies are prepared by addition of different additives such as pista, almond, coconut etc.

Gulabjamun is soft, sweet, granulated, slightly spongy, brown spherical milk based product. Generally, it is prepared by blending of dhap khoa, wheat flour and baking powder then kneaded and spherical balls are made which further fried in oil and finally dipped into sugar syrup.

Kheer

Basundi/kheer (In USA and Europe is called as rice pudding) is an Indian dessert and a heat desiccated sweetened, concentrated milk product obtained by the partial dehydration of whole milk together with sugar and usually rice (occasionally semolina).  It has a creamy consistency and color, sweet taste with nutty and cooked flavor and soft textured. Whole milk is heat condensed by using periodically stirring up to its half volume then sugar is added (@5%.  The heating is continued until the desired consistency is reached. Finally, it packed and store under refrigeration. Additives such as cardamom, saffron and edible camphor are added to improve flavor of kheer (Sharma et al., 2009).

Kulfi

It is a popular Indian frozen dessert made from concentrated sweetened milk with or without added nuts and flavor and is known for its refreshing and delightfully sweet characteristics.

References

Dodeja, A. K., & Deep, A. (2012). Mechanized Manufacture of Danedar Khoa using Thr ee Stage S Three. Indian Journal of Dairy Science, 65(July), 274–284.

Kale, A. K., Dhanalakshmi, B., & Kumar, U. (2011). Development of Value Added Dahi by Incorporating Cereal and Fruits. Journal of Food Science and Engineering, 1, 379–385.

Masud, T., Shehla, S., & Khurram, M. (2007). Paneer ( white cheese ) from buffalo milk. Biotechnology & biotechnological equipment, 451–452.

PFA. (2010). Prevention of food adultration rules, 1954 (amended up to 2009). Universal Law Publishing Company Pvt Ltd, New Delhi, pp 165–166

Panesar, P. S. (2011). Fermented Dairy Products: Starter Cultures and Potential Nutritional Benefits. Food and Nutrition Sciences, 02(01), 47–51. doi:10.4236/fns.2011.21006

Rajendran K. and Mohanty S Dairy (2004) Co-operatives and Milk Marketing in India: Constraints and Opportunities. Journal of Food Distribution Research 35(2), 201-210

Raju, D. P., & Narender, P. (2006). Developments in the manufacture of heat desiccated traditional milk desserts. Developments in Traditional Dairy products, 18–25.

Sharma, P., Singh, R. R. B., Singh, a. K., Patel, a. a., & Patil, G. R. (2009). Sorption isotherms and thermodynamics of water sorption of ready-to-use Basundi mix. LWT – Food Science and Technology, 42(1), 441–445. doi:10.1016/j.lwt.2008.04.010

Student Spotlights

Justin Banach - Photograph

 

 

 

 

 

 

 

 

Name:  Justin Banach

Country of Origin:  USA

Current School:  Iowa State University

Degree:  MS Food Science and Technology

Year in School:  2nd Year PhD

Area of Specialization:  Dairy Foods

Research Focus:  My research is focused on modifying the functional properties of milk protein concentrate with enzymes, extrusion processing, and toasting with emphasis on utilization in high-protein nutrition bar applications.

Future Plans:  I plan to continue researching milk protein concentrate and hope to gain a better understanding of its structure-function relationships and how other protein modification techniques alter its use in food applications.  After that, I plan to get a job in the dairy foods industry with the eventual hope of starting my own company.

Just for fun, what is your favorite dairy food?  Milk protein concentrate

Award Won:  3rd Place – DRI Graduate Student Paper Presentation Contest in Dairy Foods Research Award

katherine.boesche

 

 

 

 

 

 

 

 

Name:  Katie Boesche

Country of Origin:  USA (Hometown: DeKalb, Illinois)

Current School:  Purdue University

Degree:  PhD

Year in School:  3rd

Area of Specialization:  Ruminant Nutrition and Physiology

Research Focus:  Influences of fatty acid chain length and degree of saturation on enzymes for fatty acid metabolism in transition dairy cattle

Future Plans: Research in dairy nutrition industry

Just for fun, what is your favorite dairy food?:  Ice cream!

Award Won:  Purina Animal Nutrition Graduate Student Poster Contest in Dairy Production, PhD Division, 2nd Place

Industry Spotlight

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Name

Dr. Ray Nebel

What degrees do you hold and from where?

B.S. – Northeast Louisiana University

M.S. – University of Maryland

PhD – Virginia Tech

What company do you work for?

Select Sires Inc.

What is your position- title and duties?

V.P. of Technical Program Services

Over-see the Select Reproductive Solutions Program which includes all reproductive management consultant specialist for the nine member cooperatives and Select Sires Inc. Specialist (approximately 50 individuals).

Why did you choose your current position?

New position created in 2005 with the most progressive A.I. company in the Dairy Industry and it represented a challenge that allowed me to re-focus my career in the Dairy Industry.  

What is your favorite part about your current position or company you work for?

Work with outstanding young professionals that have a major impact on the dairy farms and with the producers they consult with on a daily basis.  I am constantly challenged to supply new tools for progressive dairy producers.

What previous jobs have you held?

Research Associate at L.S.U.

Assistant Professor at NCSU

Full Professor and Extension Project Leader at Virginia Tech

Did you always know that one day you would work in the dairy industry?

No – Not until after my M.S. in 1977!

If you could give advice to any student, what would it be?

Keep an open mind – you do not know what the future will require of you!

What is your favorite thing about the dairy industry in general?

The variety of the day to day requirements of my position- working with 40 cow herds in Vermont to 30,000 cow herds in Oregon!

Just for fun, what is your favorite dairy food?

Sharp Cheddar Cheese