Addawe, J. & Lope, J. (2012). Analysis of Age-structured Malaria Transmission Model.

Philippine Science Letters, 5(2), 169-186.

 

Afizah, N. & Lee, HL. (2013). Wolbachia-based strategy for dengue control – the way forward. Dengue 

Bulletin, 37, 107 - 115.

 

Alexander,  M.  &  Moghadas,  S.  (2005).  Bifurcation  Analysis  of  an  SIRS  Epidemic Model  

with  Generalized  Incidence.  SIAM  Journal  on  Applied  Mathematics, 65(5), 1794-1816.

 

Al-Zurfi, B., Fuad, M. D., Abdelqader, M. A., Baobaid, M. F., Elnajeh, M., Ghazi, H., et al (2015). 

Knowledge, Attitude And Practice Of Dengue Fever And Heath Education Programme Among Students Of 

Alam Shah Science School, Cheras, Malaysia. Malaysian Journal of Public Health Medicine, 15(2), 69 

- 74.

 

Anderson, R. & May, R. (1991). Infectious Diseases of Humans, Dynamics and Control.

Oxford University Press.

Aregay,  M.,  Lawson,  A.  B.,  Faes,  C.  &  Kirby,  R.  S.  (2015).  Bayesian  Multi-scale 

Modeling  for  Aggregated  Disease  Mapping  Data.   Statistical  Methods  in Medical Research, 

1-20. doi:10.1177/0962280215607546

 

Attikah, N. (2018, January 3). Vaksin Demam Berdarah Dengue Pertama di Dunia. Retrieved     from    

 MEETDOCTOR:     https://meetdoctor.com/article/vaksin- demam-berdarah-dengue-pertama-di-dunia

 

Bakare,  E.  (2015).  On  the  Qualitative  Behaviour  of  a  Human-Mosquito  Model  for Malaria  

with  Multiple  Vector  Control  Strategies.  International  Journal  of Ecological Economics and 

Statistics, 36(2), 96 - 113.

 

Bandung, G. (2008). Technical Material Spatial Plan of Urban Bandung Area in the Year 2011-2031. 

Bandung: Bandung Government. Retrieved March 2016, from 

https://www.slideshare.net/joihot/dokumen-rtrw-kota-bandung-tahun-2011- 2031

 

Bandung,  H.  (2011).  Health  Profile  of  Bandung  Municipality  in  2011.  Bandung: Bandung 

Government.

 

Bandung,  H.  (2012).  Health  Profile  of  Bandung  Municipality  in  2012.  Bandung: Bandung 

Government.

 

Bartlett,   M.   (1964).   The   Relevance   of   Stochastic   Models   for   Large-Scale 

Epidemiological Phenomena. Journal of the Royal Statistical Society, XXXIII, 2-8.

 

Barua,  S.,  El-Basyouny  ,  K.  &  Tazul  ,  M.  (2015).  Effects  of  Spatial  Correlation  in 

Random   Parameters   Collision   Count-data   Models.   Analytic   Methods   in

Accident Research, 5-6, 28–42.

 

Barua, S., El-Basyouny, K. & Tazul, M. (2014). A Full Bayesian Multivariate Count Data Model of 

Collision Severity with Spatial Correlation. Analytic Methods in Accident Research, 3-4, 28–43.

 

Bauer, C., Wakefield, J.,  Rue, H., Self., E., Fong, Z. & Wang, Y.  (2016). Bayesian Penalized  

Spline  Models  for  the  Analysis  of  Spatio?temporal  Count  Data. Statistics in Medicine, 

35(11), 1848-1865.

 

Beinner, M. A., Morais, É. A., Reis, I. A., Reis, E. A. & Oliveira, S. R. (2015, April). The  Use  

of  a  Board  Game  in  Dengue  Health  Education  in  a  Public  School. Journal of Nursing UFPE 

on line, 9(4), 7304 - 7313.

 

Bernardinelli, L., Clayton, D., Pascutto, C., Montomoli, C., Ghislandi, M. & Songini,

M.  (1995).  Bayesian  Analysis  of  Space-Time  Variation  in  Disease  Risk.

Statistics in Medicine, 14, 2433 - 2443.

 

Besag,  J.,  York,  J.  &  Mollie,  A.  (1991).  Bayesian  Image  Restoration  with  Two 

Applications   in   Spatial   Statistics.   Annals   of   the   Institute   of   Statistical 

Mathematics, 43, 1-59.

 

Bian,  G.,  Xu,  Y.,  Lu,  P.,  Xie,  Y.  &  Xi,  Z.  (2010).  The  Endosymbiotic  Bacterium 

Wolbachia  Induces  Resistance  to  Dengue  Virus  in  Aedes  Aegypti.  PLoS Pathogen, 6(4), 1 - 

10.

 

Bolstad,  W.  (2004).  Introduction  to  Bayesian  Statistics.  New  Jersey:  John  Wiley  & Sons.

 

Bowers,  N.,  Gerber  ,  H.,  Hickman,  J.,  Jones,  D.  &  Nesbitt,  C.  (1997).  Actuarial 

Mathematics (2nd ed.). The Society of Actuaries.

 

Boyce, W. E. & DiPrima, R. C. (2012). Elementary Differential Equations (10th ed.).

USA: John Wiley & Sons.

 

Brauer,  F.  &  Castillo-Chaves,  C.  (2013).  Mathematical  Models  for  Communicable Diseases.   

Philadelphia:   Society   for   Industrial   and   Applied   Mathematics (SIAM).

 

Burattini,  M.,  Chen,  M.,  Chow,  A.,  Coutinho,  F.,  Goh,  K.  &  Lopez,  L.  (2008). Modelling 

 the  Control  Strategies  Against  Dengue  in  Singapore.  Cambridge Journal, Epidemiology and 

Infection, 136(03), 309-319.

 

Chaikoolvatana,  A.,  Singhasivanon,  P.,  Haddawy,  P.  &  Saengnill,  W.  (2013).  GIS- based 

surveillance to support dengue control in Thailand, 2009–2011. Dengue Bulletin, 37, 123 - 140.

 

Chang, A. Y., Parrales, M., Jimenez, J., Sobieszczyk, M., Hammer, S., Copenhaver, D. &   Kulkarni,  

 R.   (2009).   Combining   Google   Earth   and   GIS   Mapping Technologies  in  a  Dengue  

Surveillance  System  for  Developing  Countries. International Journal of Health Geographics, 

8(49), 1 - 11.

 

Chen, D., Moulin, B. & Wu, J. (2015). Introduction to Analyzing and Modeling Spatial

and Temporal Dynamics of Infectious Diseases. In D. Chen, B. Moulin, & J.

Wu,  Analyzing  and  Modeling  Spatial  and  Temporal  Dynamics  of  Infectious Diseases (pp. 1 - 

17). John Wiley & Sons, Inc. doi:10.1002/9781118630013

 

Cochran, J. M. & Xu, Y. (2014). Age-structured Dengue Epidemic Model. Applicable Analysis: An 

International Journal, 93(11), 2249 - 2276.

 

Constenla,  D.  &  Clark,  S.  (2016).  Financing  dengue  vaccine  introduction  in  the Americas: 

challenges and opportunities. Expert Review of Vaccines, 15(4), 547- 559. 

doi:10.1586/14760584.2016.1134329

 

Cruz-Pacheco, G., Esteva, L., Montaño-Hirose, J. A. & Vargas, C. (2005). Modelling the dynamics of 

West Nile Virus. Bulletin of Mathematical Biology , 67, 1157– 1172.

 

Cuong,  H.Q.,  Hien,  N.T.,  Duong  ,  T.N.,  Phong  ,  T.V.,  Cam,  N.N.,  Farrar,  J.,  et  al 

(2011). Quantifying the Emergence of Dengue in Hanoi, Vietnam: 1998-2009. PLoS Neglected Tropical 

Diseases, 5(9).

 

Daley, D. & Gani, J. (1999). Epidemiology Modelling : An Introduction. Cambridge University Press.

 

Dickson, D. C., Hardy, M. R. & Waters, H. R. (2013). Actuarial Mathematics for Life Contingent 

Risks (2nd ed.). New York: Cambridge University Press.

 

DIM.  (2017,  March  21).  Menekan  DBD  secara  Alami,  Daya  Adaptasi  Bakteri Wolbachia Tinggi. 

Harian Kompas, p. 13.

 

Ditlevsen, S. & Samson, A. (2013). Introduction to Stochastic Models in Biology. In B.

J.   Bachar   M.,   Stochastic   Biomathematical   Models.   Lecture   Notes   in Mathematics (pp. 

3 - 35). Berlin: Springer.

 

Education,    N.    (2014).    http://www.nature.com/scitable/content/aedes-aegypti-life- 

cycle-22400575. Retrieved 2014, from Scitable by Nature Education.

 

Eisen, L. & Lozano-Fuentes, S. (2009). Use of Mapping and Spatial and Space-Time Modeling  

Approaches  in  Operational  Control  of  Aedes  aegypti  and  Dengue. PLOS Neglected Tropical 

Diseases, 3(4), 1 - 7.

 

Esteva, L. & Vargas, C. (1998). Analysis of a Dengue Disease Transmission Model.

Mathematical Biosciences, 150, 131-151.

 

Fong,  I.  (2013).  Emerging  Infectious  Diseases  of  the  21st  Century,  Challenges  in 

Infectious Diseases. Toronto: Springer.

 

Goicoa, T., Ugarte, M.D., Etxeberria, J. & Militino, A.F. (2016). Age–space–time CAR Models in 

Bayesian. Statistics in Medicine, 35(14), 2391-2405.

 

Gubler,  D.  J.,  Ooi,  E.  E.,  Vasudevan,  S.  &  Farrar,  J.  (2014).  Dengue  and  Dengue 

Hemorrhagic Fever (2nd ed.). Croydon: CABI.

 

Jaweria, A., Naeem, F., Malik, M., Javaid, F., Ali, Q., Ahmad, S., et al (2016). Dengue Fever: 

Causes, Prevention and Recent Advances. Journal of Mosquito Research,

6(29), 1-9.

 

Jaya,  I.M.,  Folmer,  H.,  Nurani,  B.,  Sudartianto  &  Soemartini  (2014).  Conditional 

Autoregressive  Model  on  Dengue  Fever  Disease  Mapping  In  Bandung  City. 2014  International  

Conference  on  Statistics  and  Mathematics  (ICSM  2014). Surabaya.

 

Jaya, I.M., Folmer, H., Ruchjana, B.N., Kristiani, F. & Andriyana, Y. (2017). Modeling of 

Infectious Diseases: A Core Research Topic for the Next Hundred Years. In

P. S. R. Jackson, Regional Research Frontiers - Vol. 2 (pp. 239 - 255). West Virginia, USA: 

Springer International Publisher.

 

Johansson, M., Hombach, J. & Cummings, D. (2011). Models of the Impact of Dengue Vaccines: A Review 

of Current Research and Potential Approaches. Vaccine, 29, 5860 – 5868.

 

Johansson, P. & Leander, J. (2010). Mathematical Modelling of Malaria - Methods for Simulation of 

Epidemics. Chalmers University of Technology.

 

Joubert, D. A. & O’Neill, S. L. (2017). Comparison of Stable and Transient Wolbachia Infection 

Models in Aedes aegypti to Block Dengue and  West Nile  Viruses. PLoS Negl Trop Dis , 11(1), 1-14.

 

Jurnal  Media.   (2018,   September  11).   Tahun  ini,  62  Puskesmas   Kota   Bandung 

Terakreditasi,      Jurnal      Media.      Retrieved      January      2019,      from 

http://jurnalmedia.com/:  http://jurnalmedia.com/tahun-ini-62-puskesmas-kota- 

bandung-terakreditasi/

 

Kalayanarooj, S., Gibbons, R.V., Vaughn, D., Green, S., Nisalak, A., Jarman, R.G., et al  (2007).  

Blood  Group  AB  is  Associated  with  Increased  Risk  for  Severe Dengue Disease in Secondary 

Infections. The Journal of Infectious Diseases, 195, 1014-1017.

 

Karina,  A.,  Sari,  S.,  Sumardi,  H.  &  Setiawati,  E.  (2015).  Incidence  of  Dengue 

Hemorrhagic Fever Related to Annual Rainfall, Population Density, Larval Free Index  and  

Prevention  Program  in  Bandung  2008  to  2011.  Althea  Medical Journal, 2(3), 262 - 267.

 

Karyanti, M.R., Uiterwaal, C.S.P.M., Kusriastuti, R., Hadinegoro, S.R., Rovers, M.M., Heesterbeek, 

H., et al (2014). The Changing Incidence of Dengue Haemorrhagic Fever in Indonesia: a 45-year 

Registry-based Analysis. BMC Infect Dis., 14:412.

 

Kelsall, J. & Wakefield,  J. (2002). Modelling Spatial Variation in Disease Risk : A Geostatistical 

 Approach.  Journal  of  the  American  Statistical  Association, 97(459), 692-701.

 

Kemenkes RI. (2017). Data dan Informasi Profil Kesehatan Indonesia 2016. Jakarta: Kementrian 

Kesehatan Republik Indonesia.

 

Kermack, W. & McKendrick, A. (1927). A Contribution to the Mathematical Theory of Epidemics. 

Proceedings of the Royal Society of London, Series A, Containing

Papers of Mathematical and Physical Character, 115(772), pp. 700-721.

 

Kermack, W. & McKendrick, A. (1932). A Contribution to the Mathematical Theory of Epidemics. II. 

The Problem of Endemicity. Proceedings of the Royal Society of   London.   Series   A.  Containing  

 Papers   of   Mathematical   and   Physical Character, 138(834), pp. 55-83.

 

Khode, V., Kabbin, G. & Ruikar, K. (2013). Association of ABO Rh Blood Group with Dengue Fever and 

Dengue Hemorrhagic Fever : A Case-Control Study. Journal of Applied Hematology, 4(4), 145-148.

 

Kinanti,  A.  (2016,  October  25).  Vaksin  DBD  Masih  Mahal,  Belum  Semua  RS Menyediakan.      

Retrieved      June      25,      2017,      from      Detik      Health: 

https://health.detik.com/berita-detikhealth/d-3329213/vaksin-dbd-masih- 

mahal-belum-semua-rs-menyediakan

 

Kodaira, J. & Souza Passos, J. (2010). The Basic Reproduction Number in SIR Models

:  A  Probabilistic  Approach.  Proceedings  of  the  9th  Brazilian  Conference  on Dynamics 

Control and Their Applications, (pp. 226-231). Brazil.

 

Koh, K., Grady, S. C. & Vojnovic, I. (2015). Using Simulated Data to Investigate the Spatial 

Patterns of Obesity Prevalence at the Census Tract Level in Metropolitan Detroit. Applied 

Geography, 62, 19 - 28.

 

Koiller, J., Silva, M., Souza, M., CodeCo, C., Iggidr, A. & Sallet , G. (2014). Aedes, Wolbachia 

and Dengue. Tech. Rep., Escola de Matematica Aplicada.

 

Lawson, A. (2006). Statistical Methods in Spatial Epidemiology. John Wiley and Sons Ltd.

 

Lawson,  A.  (2013).  Bayesian  Disease  Mapping,  Hierarchical  Modelling  in  Spatial 

Epidemiology (2nd ed.). CRC Press Taylor and Francis Group.

 

Lawson,  A.  &  Clark,  A.  (2002).  Spatial  Mixture  Relative  Risk  Models  Applied  to Disease 

Mapping. Statistics in Medicine, 21, 359-370.

 

Lawson, A. & Williams, F. (2001). An Introductory Guide to Disease Mapping. John Wiley and Sons 

Ltd.

 

Lawson, A., Browne, W. & Rodeiro, C. (2003). Disease Mapping with WinBUGS and MLWin. John Wiley and 

Sons Ltd.

 

Lestari, K. (2007). Epidemiologi dan Pencegahan Demam Berdarah Dengue (DBD) di Indonesia. Farmaka, 

5(3), 12-29.

 

Li, M.T., Jin, Z., Sun, G.Q. & Zhang. J. (2016). Modeling Direct and Indirect Disease Transmission 

using Multi-group Model. Journal of Mathematical Analysis and Applications, 446(2), 1292–1309.

 

Li, M. & Muldowney, J. (1995). Global Stability for the SEIR Model in Epidemiology.

Mathematical Biosciences, 125(2), 155-164.

 

Llagas, L.A. (2016). Mosquito Larvicidal Trap (MLT) as Surveillance and Control Tool for Aedes 

Mosquitoes. SOUTHEAST ASIAN J TROP MED PUBLIC HEALTH, 47(4), 701 - 711.

 

Ma,  Z.  &  Li,  J.  (2009).  Dynamical  Modeling  and  Analysis  of  Epidemics.  World Scientific 

Publishing Co. Pte. Ltd.

 

Maharani,  D.  &  Dewi,  B.K.  (2015,  June  15).  http://health.kompas.com/.  Retrieved November   

                          30,                             2016,                             from 

http://health.kompas.com/read/2015/06/15/191031123/Kasus.DBD.Akibatkan. Kerugian.Ekonomi

 

Mariella, L. & Tarantino, M. (2010). Spatial Temporal Conditional Auto-Regressive Model:  A  New  

Autoregressive  Matrix.  Austrian  Journal  of  Statistics,  39(3), 223–244.

 

May, R.M. (2001). Stability and Complexity in Model Ecosystems. Princeton: Princeton University 

Press.

 

Mayera, S.V., Tesh, R.B. & Vasilakis, N. (2017). The Emergence of Arthropod-borne Viral  Diseases:  

A  Global  Prospective  on  Dengue,  Chikungunya  and  Zika Fevers. 166, 155-163.

 

Mayo, C. (2016). Infectious Diseases. Retrieved May 15, 2017, from Mayo Clinic Web site.            

             https://www.mayoclinic.org/diseases-conditions/infectious- 

diseases/symptoms-causes/syc-20351173

 

Mbah, M., Durham, D., Medlock, J. & Galvani, A. (2014). Country and Age Specific Optimal Allocation 

of Dengue Vaccines. Journal of Theoretical Biology, 342, 15-22.

 

McMeniman, C., Lane, R., Cass, B., Fong, A., Sidhu, M., Wang, Y.F.,  et al (2009). Stable 

Introduction of a Life-Shortening Wolbachia Infection into the Mosquito Aedes Aegypti. Science, 

323, 141 -144.

 

Mohebbi, M., Wolfe, R. & Forbes, A. (2014). Disease Mapping and Regression with Count Data in the 

Presence of Overdispersion and Spatial Autocorrelation: A Bayesian Model Averaging Approach. Int. 

J. Environ. Res. Public Health, 11, 883-902.

 

Mulyatno,   K.,   Yamanaka,   A.,   Yotopranoto,   S.   &   Konishi,   E.   (2012).   Vertical 

Transmission  of  Dengue  Virus  in  Aedes  Aegypti  Collected  in  Surabaya, Indonesia,  during  

2008-2011.  Japan  Journal  Infectious  Disease,  65(3),  274-

276.

 

Munsyir, M. & Amiruddin, R. (2011). Mapping and Analysis of DHF cases in Bantaeng Residence, South 

Sulawesi, 2009. Journal Medika, XXXVII, 380-386.

 

Ndii, M., Hickson, R., Allingham, D. & Mercer, G. (2015). Modelling the Transmission Dynamics of 

Dengue in the Presence of Wolbachia. Mathematical Biosciences,

262(2015), 157 - 166.

 

Nishiura, H. (2006). Mathematical and Statistical Analyses of the Spread of Dengue.

Dengue Bulletin, XXX, 51-67.

 

Orsi, F.A., Angerami, R.N., Mazetto, B.M., Quaino, S.K., Santiago-Bassora, F., Castro, V., et al 

(2013). Reduced Thrombin Formation and Excessive Fibrinolysis are Associated with Bleeding 

Complications in Patients with Dengue Fever: a case– control  Study  Comparing  Dengue  Fever  

Patients  with  and  without  Bleeding Manifestations. BMC Infectious Diseases , 13(350), 1 - 10.

 

Pawitan, J.A. (2011, April). Dengue Virus Infection: Predictors for Severe Dengue. The Indonesian 

Journal of Internal Medicine, 43(2), 129 - 135.

 

Pearce, N. (2005). A Short Introduction to Epidemiology (2nd ed.). Wellington, New Zealand:  Centre 

 for  Public  Health  Research,  Massey  University  Wellington Campus.

 

Pongsumpun,  P.  (2008).  Dengue  Model  with  Age  Structure  and  Two  Different Serotypes.   The 

 3rd  International  Symposium  on  Biomedical  Engineering (ISBME 2008), III, 401-405.

 

Pongsumpun, P. (2009). Age Structured Model for Symptomatic and Asymptomatic Infections   of   

Dengue   Disease.   International   Journal   of   Modelling   and Simulation(2), 199 - 205.

 

Pongsumpun,  P.  (2012).  Age  Structural  Model  of  Plasmodium  Falciparum  Malaria Transmission. 

 Journal  of  Basic  and  Applied  Scientific  Research,  VII,  6358- 6366.

 

Pongsumpun, P. & Tang, I. (2003). Transmission of Dengue Hemorrhagic Fever in an Age Structured 

Population. Mathematical and Computer Modelling, XXXVII, 949-961.

 

Pongsumpun, P., & Tiensuwan, M. (2013). Application of log-linear models to dengue virus infection 

patients in Thailand. Model Assisted Statistics and Applications, 8, 275 – 287. 

doi:10.3233/MAS-130265

 

Pongsumpun,  P.,  Patanarapelert,  K.,  Sriprom,  M.,  Varamit,  S.  &  Tang,  I.  (2004). 

Infection Risk to Travelers Going to Dengue Fever Endemic Regions. Southeast Asian J Trop Med 

Public Health, 35(1), 155 - 159.

 

Priadi,  D.,  Noer,  I.  &  Djuchaifah.  (1991).  Populasi  dan  Aktivitas  Beberapa  Jenis Nyamuk 

di Daerah Proyek PLTA Cirata. Buletin Penelitian Kesehatan, 19(3).

 

Rasic, G., Endersby-Harshman, N., Tantowijoyo, W., Goundar, A., White, V., Yang, Q., et al (2015). 

Aedes aegypti Has Spatially Structured and Seasonally Stable Populations in Yogyakarta, Indonesia. 

Parasites & Vectors, 8(610), 1-12.

 

Ratnadewi,  Y.  (2016,  May  14).  Pikiran  Rakyat.  Retrieved  December  2016,  from 

http://www.pikiran-rakyat.com:          http://www.pikiran-rakyat.com/bandung- 

raya/2016/05/14/persediaan-golongan-darah-di-pmi-kota-bandung-terbatas-

369109

 

Republic Indonesia, G. (2014, September 30). Regulations of Republic Indonesia No

23.  Local  Government.  Jakarta,  Jakarta,  Indonesia:  Government  of  Republic Indonesia.

 

Riebler, A., Sørbye, S. H., Simpson, D. & Rue, H. (2016). An Intuitive Bayesian Spatial Model for 

Disease Mapping that Accounts for Scaling. Statistical Methods in Medical Research, 25(4), 1145 - 

1165.

 

Rosenberg, R., Lindsey, N.P., Fischer, M., Gregory, C.J., Hinckley, A.F., Mead, P.S., et  al  

(2018).  Vital  Signs:  Trends  in  Reported  Vectorborne  Disease  Cases  — United  States  and  

Territories,  2004–2016.  MMWR  Morb  Mortal  Wkly  Rep., 67(17), 496–501.

 

Ruan, S., Ma, W. & Hu, Z. (2012). Analysis of SIR Epidemic Models with Nonlinear Incidence Rate and 

Treatment. Mathematical Biosciences, 238, 12-20.

 

Samat, N.A. & Ma'arof, S.H.M.I.  (2013). Dengue Disease Mapping with Standardized Morbidity Ratio 

and Poisson-Gamma Model : An Analysis of Dengue Disease in Perak, Malaysia. World Academy of 

Science, Engineering and Technology, International Journal of Mathematical and Computational 

Sciences, 7(8), 1299- 1303.

 

Samat,  N.A.  &  Percy,  D.F.  (2012).  Vector-borne  Infectious  Disease  Mapping  with Stochastic 

Difference Equations : an Analysis of Dengue Disease in Malaysia. Journal of Applied Statistics, 

39(9), 2029-2046.

 

Samat, N.A. & Percy,  D.F. (2012). Dengue  Disease Mapping  in Malaysia based  on Stochastic  SIR  

Models  in  Human  Populations.  International  Conference  of Statistics in Science, Business and 

Engineering (ICSSBE), (pp. 1-5).

 

Sari,  E.,  Wahyuningsih,  N.E.,  Murwani,  R.,  Purdianingrum,  J.,  Mubarak,  M.  & Budiharjo, A. 

(2018). Distribution of Blood Type among Dengue Hemorrhagic Fever Patients in Semarang City. IOP 

Conf. Series: Journal of Physics 1025, 1

- 5.

 

Sativa, R. (2016, October 26). Vaksin Dengue Hadir di Indonesia, Begini Tanggapan Kemenkes.      

Retrieved      June      25,      2017,      from      Detik      Health: 

https://health.detik.com/berita-detikhealth/d-3330209/vaksin-dengue-hadir-di- 

indonesia-begini-tanggapan-kemenkes

 

Semenza , J. & Menne, B. (2009). Climate Change and Infectious Diseases in Europe.

The Lancet Infectious Diseases, 9(6), 365-375.

 

Shepard, D., Suaya, J., Halstead, S., Nathan , M., Gubler, D. & Mahoney, R. (2004). 

Cost-effectiveness of a Pediatric Dengue Vaccine. Journal Vaccine, 22, 1275- 1280.

 

Sjafaraenan, Alvionita, D., Agus, R. & Sabran , A. (2018). Gene distribution of ABO Blood-type 

System on the Dengue Hemorrhagic Fever (DHF) Patients in the Working Area of Puskesmas Bonto 

Bangun, District of Rilau Ale, Bulukumba.

IOP Conference Series: Journal of Physics: Conf. Series 979, 1-6.

 

Skripal, I. (1996). ABO System of Blood Groups in People and Their Resistance to Certain Infectious 

Diseases. Mikrobiolohichnyi Zhurnal, 58(2), 102 -108.

 

Spiegelhalter, D., Best, N., Carlin, B. & Linde, A. (2002). Bayesian Measures of Model Complexity 

and Fit. Royal Statistical Society, 64(4), 583 - 639.

 

Suaya, J.A., Shepard, D.S., Siquera, J.B., Martelli, C.T., Lum, L.C., Tan, L.H., et al (2009). Cost 

of Dengue Cases in Eight Countries in The Americas and Asia : A Prospective  Study.  American  

Journal  of  Tropical  Medicine  and  Hygiene, 80(05), 846-855.

 

Sungkar, S., Fadli, R. & Sukmaningsih, A. (2011). Trend of Dengue Hemorrhagic Fever in North 

Jakarta. Journal of the Indonesian Medical Association, 61(10), 394- 399.

 

Supriatna,   A.   (2009).   Estimating   the   Basic   Reproduction   Number   of   Dengue 

Transmission  during  2002-2007  Outbreaks  in  Bandung,  Indonesia.  Dengue Bulletin, 33, 21-22.

 

Supriatna, A. (2016). Human Population Rejection Behavior in Responding Wolbachia- infected 

Mosquito Release Program and Its Effect into Dengue Transmission: A Mathematical   Modeling   

Approach.   Social   Sciences   and   Interdisciplinary Behavior – Lumban Gaol et al. (Eds), 335 - 

342.

 

Supriatna,   A.,   Soewono,   E.   &   Gils,   S.v.   (2008).   A   Two-age-classes   Dengue 

Transmission Model. Mathematical Biosciences, 216.

 

Syarifah,  N.,  Rusmatini,  T.,  Djatie,  T.  &  Huda,  F.  (2008).  Ovitrap  Ratio  of  Aedes 

aegypti Larvae Collected Inside and Outside Houses in a Community Survey to Prevent Dengue 

Outbreak, Bandung, Indonesia, 2007. Proc ASEAN Congr Trop Med Parasitol, 3, 116 - 120.

 

Tahir, Z., Hafeez, S. & Chaudhry, A. (2010). Spatial and Seasonal Variation of Dengue Fever in 

Lahore 2008. Biomedica, 26, 166 - 172.

 

Tango, T. (2010). Statistical Methods for Disease Clustering. London: Springer . Thunguturthi, S., 

 

Reddy, K. & Kiran, B. (2013). Ratios of Age & Sex With Blood Group

Prevalence’s in Dengue Fever. Journal of Current Trends in Clinical Medicine

& Laboratory Biochemistry, 1(2), 24 - 27.

 

Trottier,  H.  &  Philippe, P.  (2000).  Deterministic  Modelling  of  Infectious  Diseases  : 

Theory and Methods. The Internet Journal of Infectious Diseases, 1(2).

 

Updates,       T.       (2013).       TrendsUpdates.com.       Retrieved       2015,       from 

http://trendsupdates.com/dengue-epidemic-in-argentina-more-than-10000- affected/

 

Vaughn, D.W., Green, S., Kalayanarooj, S., Innis, B.L., Nimmannitya, S., Suntayakorn,

S.,  et  al  (1997).  Dengue  in  the  Early  Febrile  Phase:  Viremia  and  Antibody es. The 

Journal of Infectious Diseases, 322-330.

 

Venkatesan,  P.,  Srinivasan,  R.  &  Dharuman,  C.  (2012).  Bayesian  Conditional  Auto 

Regressive Model for Mapping Tuberculosis Prevalence in India. International Journal of 

Pharmaceutical Studies and Research, 3(1), 01-03.

 

Wakefield,  J.  (2007).  Disease  Mapping  and  Spatial  Regression  with  Count  Data.

Biostatistics, 8(2), 158-183.

 

Wakefield, J. & Morris, S. (2001). The Bayesian Modeling of Disease Risk in Relation to a Point 

Source. Journal of the American Statistical Association, 1996(453), 77-91.

 

Wan, H. & Cui, J. (2013). A Malaria Model with Two Delays. Discrete Dynamics in Nature and Society, 

2013, 1-8.

 

WHO.   (2009).   Epidemiology,   Burden   of   Disease   and   Transmission,   Dengue, Guidelines  

for  Diagnosis,  Treatment,  Prevention  and  Control.  World  Health Organization.

 

WHO.  (2012).  Global  Strategy  for  Dengue  Prevention  and  Control.  Geneva:  WHO Press.

 

WHO. (2016). Dengue vaccine: WHO position paper. Geneva: WHO.

Widiyani,   R.   (2013,   April).   Empat   Sekawan   Penyebab   DBD.   Retrieved   from 

www.kompas.com:                                     http://health.kompas.com/read/2013/ 

04/03/18534298/Empat.Sekawan.Penyebab.DBD

 

Wilder-Smith, A. & Massad, E. (2016). Age Specific Differences in Efficacy and Safety for the 

CYD-tetravalent Dengue Vaccine. Expert Review of Vaccines, 15(4), 437

- 441.

 

Young, J.W., Gibbons, R.V., Rothman, A.L., Tannitisupawong, D., Srikiatkhachorn, A.,  Jarman,  

R.G.,  et  al  (2013).  Dengue  severity  and  blood  group.  Dengue

Bulletin, 37, 220 - 222.