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USO DE GnRH y PROSTAGLANDINA PARA INCREMENTAR LA EFICIENCIA ...

Pat_Xavi
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USO DE GnRH y PROSTAGLANDINA PARA INCREMENTAR LA EFICIENCIA ...

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    1. USO DE GnRH y PROSTAGLANDINA PARA INCREMENTAR LA EFICIENCIA REPRODUCTIVA EN HATOS LECHEROS

    2. LA EFICIENCIA REPRODUCTIVA EN HATOS LECHEROS

    3. GnRH/LHRH HORMONA LIBERADORA DE GONADOTROPINAS

    4. ANALOGOS DE GnRH

    5. PROSTAGLANDINA F2-alfa

    6. VENTAJAS DE LA FORMA DEXTRÓGIRA DEL CLOPROSTENOL

    8. LA TEORIA DE LAS ONDAS FOLICULARES

    9. ONDAS DE CRECIMIENTO FOLICULAR

    10. ONDAS DE CRECIMIENTO FOLICULAR

    11. GnRH y PG PARA MEJORAR LA EFICIENCIA REPRODUCTIVA EN LOS HATOS LECHEROS

    12. ENFERMEDAD DE QUISTES OVARICOS (E.Q.O.)

    13. ENFERMEDAD DE QUISTES OVARICOS (EQO)

    14. ENFERMEDAD DE QUISTES OVARICOS (EQO)

    15. CAUSAS DE QUISTES OVARICOS

    16. ENFERMEDAD DE QUISTES OVARICOS (EQO)

    18. QUISTES

    19. OTRAS ESTRUCTURAS QUISTICAS

    20. DIAGNOSTICO

    21. TRATAMIENTO DE QUISTES OVARICOS

    22. TRATAMIENTO DE QUISTES FOLICULARES HCG (gonadotropina corionica humana) acción en el ovario similar a la LH Éxito de curación de 65% (Bierschwal 1966, Elmore 1975) Formación de anticuerpos y reacciones alergicas (peso molecular alto)

    23. PREVENCIÓN DE QUISTES FOLICULARES

    24. TRATAMIENTO COMBINADO DE QUISTES FOLICULARES

    25. SINCRONIZACIÓN DE LA OVULACIÓN Y QUISTES

    26. TRATAMIENTO DE QUISTE LUTEO

    27. GnRH y PG EN EL PERIODO POST-PARTO

    28. POSTPARTO

    29. RE-ESTABLECIMIENTO DEL DESARROLLO FOLICULAR

    30. PERFIL HORMONAL EN EL POSTPARTO

    31. DESARROLLO TIPICO DE LA PROGESTERONA EN SANGRE DESPUES DEL ANESTRO

    32. ROL DE LA PROGESTERONA (PRIMING)

    33. MAXIMIZANDO EL NUMERO DE CICLOS PRE-INSEMINACION

    34. GnRH POSPARTO

    35. GnRH POSPARTO

    36. GnRH POSPARTO

    37. GnRH EN VACAS LECHERAS CON INVOLUCION LENTA DEL TRACTO REPRODUCTIVO

    38. USO POSTPARTO DE LA PG

    39. USO POSTPARTO DE LA PG

    40. PLACENTA RETENIDA

    41. ENDOMETRITIS

    42. BENEFICIOS EN EL USO DE PG COMPARADO AL USO DE ANTIBIOTICOS

    43. GnRH DESPUES DE LA INSEMINACION

    44. MORTALIDAD EMBRIONARIA TEMPRANA

    45. REGRESION DEL CL

    46. MUERTE EMBRIONARIA TEMPRANA

    47. GnRH PARA INCREMENTAR EL RECONOCIMIENTO DE PREÑEZ

    48. GnRH AL MOMENTO DE LA I.A.

    49. GnRH AL MOMENTO DE LA I.A.

    50. GnRH EN VACAS REPETIDORAS AL TIEMPO DE LA I.A.

    51. GnRH EN VACAS REPETIDORAS AL TIEMPO DE LA I.A.

    53. PROGRAMAS DE SINCRONIZACION

    54. PROGRAMAS DE SINCRONIZACION MEJORAN LA EFICIENCIA REPRODUCTIVA The two most important management factors relating to reproductive performance are heat detection and conception rates The time required to detect estrus is reduced, which in turn decreases labor expense associated with the breeding program. Tjey concentrate estrus activity in a herd and facilitates artificial insemination. The two most important management factors relating to reproductive performance are heat detection and conception rates The time required to detect estrus is reduced, which in turn decreases labor expense associated with the breeding program. Tjey concentrate estrus activity in a herd and facilitates artificial insemination.

    55. PROGRAMAS DE SINCRONIZACION

    56. PROSTAGLANDINAS All cows eligible to be rebred after calving are palpated. Cows with a functional CL are injected with prostaglandin and observed for heat. Cows without a CL, and those that were not observed in heat following the initial injection are examined again at the next veterinary visit. The system continues on a routine, ongoing basis with every cow remaining on the program until diagnosed pregnant.   Pregnancy checks should be conducted 35 days after insemination. The value of examination is not necessarily related to pregnancy diagnosis, but rather to identifying cows not pregnant and increasing the likelihood that these cows could be inseminated at the next heat. Cows not pregnant can be included with the prostaglandin group or identified as cull cows. Permits heats to be concentrated within a few days Permits groups of animals to be chosen which are ready for inseminationAll cows eligible to be rebred after calving are palpated. Cows with a functional CL are injected with prostaglandin and observed for heat. Cows without a CL, and those that were not observed in heat following the initial injection are examined again at the next veterinary visit. The system continues on a routine, ongoing basis with every cow remaining on the program until diagnosed pregnant.   Pregnancy checks should be conducted 35 days after insemination. The value of examination is not necessarily related to pregnancy diagnosis, but rather to identifying cows not pregnant and increasing the likelihood that these cows could be inseminated at the next heat. Cows not pregnant can be included with the prostaglandin group or identified as cull cows. Permits heats to be concentrated within a few days Permits groups of animals to be chosen which are ready for insemination

    57. DISTRIBUCION DE CALORES TRATADAS vs NO TRATADAS Distribution of heats in 727 cows treated with prostaglandin. For comparison, without treatment, heats are distributed evenly over a 21-day cycle (100/21 = 4.7% per day). Distribution of heats in 727 cows treated with prostaglandin. For comparison, without treatment, heats are distributed evenly over a 21-day cycle (100/21 = 4.7% per day).

    58. PORQUE NO APARECE EL CALOR AL MISMO TIEMPO?

    59. PROSTAGLANDINAS

    60. PROGRAMA DE DOBLE INYECCION DE PG 11-DIAS O 14-DIAS

    61. 14-DIAS CON IA A HORA FIJA DESPUÉS DE LA TERCERA INYECCIÓN DE PG

    62. INSEMINACION EXITOSA CON TIEMPO-FIJO

    63. GnRH + PG

    64. GnRH + PG

    65. PG + (GnRH + PG)

    66. SINCRONIZACIÓN DE LA OVULACIÓN (1721)

    67. SINCRONIZACIÓN DE LA OVULACIÓN (1721)

    68. SINCRONIZACIÓN DE LA OVULACIÓN (1721): VENTAJAS

    69. SINCRONIZACIÓN DE LA OVULACIÓN (1721): VENTAJAS

    70. SINCRONIZACIÓN DE LA OVULACIÓN (1721) EN BECERRAS DE LECHE

    71. SINCRONIZACIÓN DE LA OVULACIÓN (1721) Y ESTRO

    72. SINCRONIZACIÓN DE LA OVULACIÓN

    73. SINCRONIZACIÓN DE LA OVULACIÓN

    74. SINCRONIZACIÓN DE LA OVULACIÓN

    75. EFECTO DEL DIA DEL CICLO ESTRAL EN LA EFICACIA DE LA SINCRONIZACIÓN DE LA OVULACIÓN

    76. PRESYNCHRONIZATION

    77. PRESYNCH.+ SINCRONIZACIÓN DE LA OVULACIÓN (1721)

    78. PRESYNCH.+ SINCRONIZACIÓN DE LA OVULACIÓN (1721)

    79. PRESYNCH.+ SINCRONIZACIÓN DE LA OVULACIÓN (1721)

    80. Es la mitad de la dosis de GnRH suficiente en los programas de sincronización?

    81. bST MEJORA LA TASA DE GESTACIÓN EN EL PROTOCOLO DE SINCRONIZACION

    82. ESTRATEGIAS DE RE-SINCRONIZACION

    83. ESTRATEGIAS DE RE-SINCRONIZACION

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