Abstract:
The aim The aimThe aimThe aim of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total of this paper was to determine the effect increasing total solids ( solids ( solids (TS ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer ) on the liquid diet composed of whole milk with addition replacer powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, powder in preweaning on performance, age at puberty, first insemination, glucose first insemination, glucose first insemination, glucose first insemination, glucose first insemination, glucose first insemination, glucose first insemination, glucose first insemination, glucose first insemination, glucose metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n metabolism and mammary fat pad of dairy heifers. Crossbreed Holstein x Gyr heifers (n = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which = 58) were distributed in four different treatments during preweaning period, which consisted of liquid diets with different TS concentrationsconsisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrationsconsisted of liquid diets with different TS concentrationsconsisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrationsconsisted of liquid diets with different TS concentrationsconsisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrationsconsisted of liquid diets with different TS concentrationsconsisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrations consisted of liquid diets with different TS concentrations : 13.5% (n = 15); 16.1% : 13.5% (n = 15); 16.1% : 13.5% (n = 15); 16.1% : 13.5% (n = 15); 16.1% : 13.5% (n = 15); 16.1% : 13.5% (n = 15); 16.1% : 13.5% (n = 15); 16.1% : 13.5% (n = 15); 16.1% : 13.5% (n = 15); 16.1% : 13.5% (n = 15); 16.1% : 13.5% (n = 15); 16.1% : 13.5% (n = 15); 16.1% : 13.5% (n = 15); 16.1% 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 15); 18.2% (n = 13) and 20.4% 15), provided up to 59 d of age. From 60 89 age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage age the animals received same starter from preweaning period and corn silage was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 was added to the diet at 70 d of age. From 90 104 of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted of age the animals were adapted to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective to the postweaning diet. At 105 d of age, animals were distributed in 4 collective paddocks, with electronic paddocks, with electronic paddocks, with electronic paddocks, with electronic paddocks, with electronic paddocks, with electronic paddocks, with electronic paddocks, with electronic paddocks, with electronic feed and water bins (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) (Intergado® Ltd., Minas Gerais, Brazil) and received the same total diet ad libitum. Indiviand received the same total diet ad libitum. Indivi and received the same total diet ad libitum. Indivi and received the same total diet ad libitum. Indiviand received the same total diet ad libitum. Indiviand received the same total diet ad libitum. Indivi and received the same total diet ad libitum. Indivi and received the same total diet ad libitum. Indiviand received the same total diet ad libitum. Indivi and received the same total diet ad libitum. Indivi and received the same total diet ad libitum. Indiviand received the same total diet ad libitum. Indivi and received the same total diet ad libitum. Indivi and received the same total diet ad libitum. Indiviand received the same total diet ad libitum. Indivi and received the same total diet ad libitum. Indivi and received the same total diet ad libitum. Indivi and received the same total diet ad libitum. Indivi and received the same total diet ad libitum. Indiviand received the same total diet ad libitum. Indivi and received the same total diet ad libitum. Indivi dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water dual evaluations of feed and water intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination intake, body weight and development were performed until artificial insemination (AI ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed ) of heifers at 350 kg BW. Ultrasound mammary gland evaluations were performed from 120 d of age until puberty. from 120 d of age until puberty. from 120 d of age until puberty. from 120 d of age until puberty. from 120 d of age until puberty. from 120 d of age until puberty. from 120 d of age until puberty. from 120 d of age until puberty. from 120 d of age until puberty. from 120 d of age until puberty. from 120 d of age until puberty. from 120 d of age until puberty. from 120 d of age until puberty. from 120 d of age until puberty. Puberty was considerPuberty was consider Puberty was consider Puberty was considerPuberty was considerPuberty was consider Puberty was consider Puberty was considerPuberty was consider Puberty was consider Puberty was considered to have occurred when plasma ed to have occurred when plasma ed to have occurred when plasma ed to have occurred when plasma ed to have occurred when plasma ed to have occurred when plasma ed to have occurred when plasma ed to have occurred when plasma ed to have occurred when plasma ed to have occurred when plasma ed to have occurred when plasma ed to have occurred when plasma ed to have occurred when plasma ed to have occurred when plasma ed to have occurred when plasma progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The progesterone concentrations of 1 ng/mL were present in 2 consecutive samples. The date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected. date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected.date of puberty was recorded as the time first these samples were collected. Glucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. TGlucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. TGlucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. TGlucose tolerance test was performed at 280 d of age. TGlucose tolerance test was performed at 280 d of age. TGlucose tolerance test was performed at 280 d of age. TGlucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. TGlucose tolerance test was performed at 280 d of age. TGlucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. TGlucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. TGlucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. TGlucose tolerance test was performed at 280 d of age. TGlucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. T Glucose tolerance test was performed at 280 d of age. The increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration he increased TS concentration of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, of liquid feed during the preweaning period did not affect dry matter intake, performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and performance, age at puberty, first AI, glucose metabolism and fat pad of the mammary gland. However, measurements of hip width and . However, measurements of hip width and . However, measurements of hip width and . However, measurements of hip width and . However, measurements of hip width and . However, measurements of hip width and . However, measurements of hip width and . However, measurements of hip width and . However, measurements of hip width and . However, measurements of hip width and heart girtgirtgirt h linearly increased h linearly increased h linearly increased h linearly increased h linearly increased h linearly increased h linearly increased h linearly increased h linearly increased h linearly increased h linearly increased h linearly increased up to 150 and 240 d of age, respectively. up to 150 and 240 d of age, respectively. up to 150 and 240 d of age, respectively. up to 150 and 240 d of age, respectively. up to 150 and 240 d of age, respectively. up to 150 and 240 d of age, respectively. up to 150 and 240 d of age, respectively. up to 150 and 240 d of age, respectively. up to 150 and 240 d of age, respectively. up to 150 and 240 d of age, respectively. up to 150 and 240 d of age, respectively. up to 150 and 240 d of age, respectively. up to 150 and 240 d of age, respectively.